-
ILLUSTRATED CATALOGUE
AND
PRICE LIST
OF
Jf?e (jaruii? ^aefyitye ^o.
MANUFACTURERS OF
Machinery k Machinists' Tools,
INCLUDING
Milling Machines, Drill Presses, Screw Machines, Hand Lathes, Cutter Grinders,
Tapping Machines, etc.
Speeial /TJaepii^ery Desired ai?d Constructed.
Gear Cutting and Milling in all its Branches.
/
PRICES SUBJECT TO CHANGE WITHOUT NOTIC
;
pebmary 1890.
nc
INDEX
Arbors, Standard, for Milling Machines
Boring Machine
Butt Mills
“ ,l Double Ended
Cam Cutting Fixture
Cam Groove Miller ’.
Centers, Planer
Centers, Index
Centers. Every Day
Centers, Universal 3 and 4 Spindle
Centers, Tables of Dimensions and Prices
Chucks. Lathe and Drill
“ Almond Drill
“ Geared Scroll
“ Spring, for Milling Machines'.
Chucking Machines
Collets for Milling Machines
Compensating Wedge in Worm Gear
Cutter, Forgings, Annealed
“ Grinding Machine
“ “ Bench
Cutters, Average Speed of
Cutters, Bevel
“ for Spiral Mills
Cutters, Milling Machine
Cutters, Mushet Steel
Die Grinding Machine
Dividing Head and Tail Stock
Drill Presses, Table of Dimensions and Prices
Drill Presses, Bench or Post
“ “ No. 1
“ “ No. 2
No. 3
“ “ No. 4
“ Automatic Feed, Nos. 3 and 4 . .
“ “ Independent 4 Spindle
“ “ Adjustable 3 Spindle
“ “ Automatic 4 Head
“ “ “ 6 Head
“ “ 9 Spindle
“ “ 10 “
Drill Lathe, Double Head
Face Grinding Machine
Gear Cutter, No. 1
Gear Cutter, No. 2
Gear Cutting
Gear Cutting Bevel
Gauges, Taper
Hand Lathes, Table of Dimensions and Prices.
“ “ 10 inch
“ Fixed Lever
“ “ “ Foot Motion
“ “ 11 “
“ 12 “
“ “ 13 “
“ “ 15 “
High Speed Attachment
Lathe, Small Turning
athes, tV Automatic Turning
illing Machines, Universal, Dimensions and Prices
No. 0 Universal
No. 1 “
No. 2 “
No. 3 “
No. 4 “
of
..
PAGE.
.. 39 .. 71
.. 93 .. 91
.. 25
.. 65
.. 36
.. 35
.. 37 .. 37 .. 37 .. 90
.. 90
.. 90
.. 38 . . 56
.. 38 . 16 .. 93
. . 49
.. 48 . . 100 .. 93
.. 93
.. 91 .. 93 .. 50
.. 33 .. 65
.. 60 .. 61 .. 62 63 . 64
.. 66 . 67
69
. 68 . 69
. 69
. 69
. 70
. 78 . 86 . 87 . 88 . 89
. 95
. 83
. 80 . 79 . 79 . 83 . 81 . 83 . 82 . 17
. 84 . 84
. 16 7 9
. 11 . 13
15
IN DEX— Continued .
Milling Machines, Dimensions and Prices, Plain and Hand
“ “ No. 1
“ “ No. 2
“ 44 No. 3
“ “ No. 4 Rack Feed
“ “ No. 4 Screw Feed. . .
“ 44 No. 4 Geared Screw Feed
“ “ No. 4^
“ 44 No. 5
“ 44 Lincoln Pattern Improved
44 “ No. 1 Hand
“ “ No. 2 44
“ 44 No. 3 44
“ “ Vertical Table
“ “ “ 44 2 Spindles
“ “ 2 Spindle
“ “ Double Head Face
44 “ Compound
“ “ Automatic Shuttle Race
“ 44 Improvements in Feed
Milling Operation on Gear Stud Bracket
44 Remarks on
Monitor Lathes, (Chucking Machines)
Nut and Bolt Attachment to Milling Machines
Profiling Machine, Single Spindle
44 “ Double 44
Rack Cutting Attachment
Rules, Geariug up Engine Lathes
44 Calculating Speed of Pulleys. . .
44 Simple, on Gearing
Saws, Metal Slitting, Dimensions and Prices
Setting Universal M. M. for Spirals
44 Dividing Index
Screw Machines, Table of Dimensions and Prices
4 4 4 4 No. 00
No. 1
44 “ No. 2
4 4 4 4 No. 3
44 4 4 Samples of Work
44 Machine Tools
“ 44 Work Extractor
44 Slotting Machine
Slide Rests
Slotting Machine, Small Size
Spring Coiling Machine
Straddle Mills, Prices and Dimensions of
Tapping Machines, Dimensions and Prices
4 4 No. 0 Vertical
“ *4 No. 1 44
44 No. 2 Automatic
44 “ No. 3 44
44 “ No. 1
“ “ No. 2
“ “ No. 3
Tables of Diametral and Circular Pitch of Gears
44 Standard Hexagonal Heads and Nuts
44 Twist Drill and Steel Wire Gauge Sizes
44 Decimals equaling parts of an inch
44 Wire Gauge Sizes in Decimals
. Testimonials
Vertical Spindle Attachment
Vises, Milling Machine
Wood Planer
Weights, Miscellaneous
44 Round Steel
PAGE. .. 32
.. 18 .. 19
.. 20 .. 21 .. 22 .. 23 . . 25
.. 27
.. 28 .. 29
.. 30
.. 31 .. 45
.. 44
.. 43
.. 46
.. 47 .. 42
.. 95
.. 97 .. 94
. . 56
... 38 ... 40
.. 41 . . 17
... 98
... 98
... 99
... 92
. . 95
... 96
. . . 55
. . 51
... 52
. . 53
... 54
... 58
... 57 . . . 55
... 59
... 79
... 78 .. . 85
... 92
... 78 .. 73 ... 73
... 74
PREFACE.
The Works of the Garvin Machine Company,
[feu; Yor^ <$ity, d. 5- P-
The Garvin Machine Co., was incorporated Nov. 13th, 1889, a°d is the direct successor to the firm of E. E. Garvin & Co., which was established in 1878.
Since the last edition of our Catalogue was published we have removed our works to the building at Laight and Canal Sts., where we occupy seven floors.
The location is especially fine, being near the princi- pal freight depots, and very accessible from any part of the City. The Sixth and Ninth Avenue Elevated Roads are within two blocks of the building. The Sixth, Seventh, Eighth and Ninth Avenue and the Grand and Cortlandt Street surface cross-town cars pass the door or within two blocks. The Broadway cars run within three blocks.
The floor space is about 45000 sq. feet, and the build- ing has light on three sides. The entire building is illuminated by gas and electricity. The basement is occupied by the blacksmith shop, which is supplied with a steam hammer ; and the boilers for the 100 Horse Power Engine. The first floor is occupied by the show rooms where we exhibit a large stock of machinery, both new and second hand, and of our own and other makers. The offices and shipping department are also on the store Uloor. The remainder of the building is occupied entirehV by the machinery used in the manufacture of the achines, described and illustrated in the ensuing pages, r factory is provided with tools carefully graded as to city, Wiving us facilities for doing a wide range of
INTRODUCTION.
In presenting this Catalogue to the trade, The Garvin Machine Co. have endeavored to bring out the salient points of their machines, both by copious description and carefully executed wood cuts. Since the last issue of our Catalogue, we have made a number of additions to our line of manufacture : the No. 00 Screw Machine, the No. 3 Screw Machine, with and without wire feed ; a lull line of Chucking Machines ; the two Spindle Pro- filer, the No. 0 Universal Milling Machine, and others which appear in this Catalogue for the first time. We have added to our styles of Milling Machines so that we now offer to users of machinery a selection of no less than 16 different patterns and sizes of Milling Machines.
Those requiring machines for special manufacturing operations can be accommodated from the numerous special machines built by us. A sample or drawing, with full specifications of results wanted, will enable us to promptly furnish estimate. Our unfailing efforts are directed toward maintaining the highest standard of workmanship and efficiency, and to that end the co-oper- ation of our patrons is earnestly desired. We use no materials but the best, nor do we use the contract system in the manufacture of our tools.
A rigid system of inspection is pursued with parts as well as the whole machine, and where necessary, the machines are subjected to actual operation before leaving the works.
All spindle collars are provided with our standard hardened and ground antifriction washers, and are pro- vided with ample means for taking up wear, and at the same time preserving the accurate alignment. N ) emer is used in fitting, but all sliding surfaces are scraped bearing. Our standard machines are built with sp tools, thus assuring the purchaser that parts can re;
it the imer I t
P y<
be replaced at a moderate cost. Terms: Cash, 30 days to responsible parties, unless otherwise agreed. Prices
F. O. B., New York. Boxing for export at cost.
Our unusual shipping facilities give customers the advantage of the best freight rates, and enable us to ship direct to destination with the least possible re-handling.
We solicit correspondence in regard to articles of our manufacture, and shall endeavor to meet the most exact- ing requirements of first class work. Photographs of special machines and those not illustrated in the follow- ing pages, will be sent to intending purchasers on application.
Thanking our friends for past favors, and soliciting a continuance of same we present the following pages, to your careful consideration.
Yours truly,
G. K. Garvin, Prest.
E.I-GARv7»N;TrS. THE GARVIN MACHINE CO.
THE GARVIN MACHINE CO.
7
This is a light hand feed machine, designed for the most convenient handling of light tool work, model work and light manufacturing. The machine has all the features of the larger machines except the power feed, while its lightness makes it sensitive to the cut. The front spindle bearing is taper, with approved means of taking up wear, and both bearings are hardened and ground. The knee is adjusted by means of the hand wheel in front, and this adjustment together with that of the pan and slide, is to thousandths. The swivel block can be set 45° each way and solidly bound. The dividing head is similar in design to the larger size made by us and is, therefore, provided with a compensating worm gear, ex- tended base and an effective and convenient arrangement for holding the trains of gears for cutting spirals. An extended index printed on wood, is furnished, giving the trains of gearing for a large number of spirals, together with their angles for various diameters. The dividing worm gear, elevating bevels and all feed screws are entirely protected at all times. The taper hole and thread for chuck on the dividing head spindle are interchangeable with those on the main spindle. A swivel vise, with graduated base, is furnished with the macyne.
• GENERAL DIMENSIONS.
Width of Belt, 1 inch.
Adjustment of knee, 5% inches.
In and out adjustment of pan, 2^i inches Length of slide, 16 inches.
Swing of centers, 6 inches.
Price, $4*75.
Length it will take in and tut betw centers, 7]4 inches.
Friction pulleys, 6 x 114 inches. Speeds of counter-shaft, 10Q and 13Q Weight, 400 lbs.
if
8
THE GARVIN MACHINE CO.
No. 1 Universal Milling Machine.— (Patented.)
%
le (extended use of machines of about this capacity, on tool work generally us to adopt this as the Standard machine for this class of work.
) I For dimensions and prices see page No. 16.
THE GARVIN MACHINE CO.
9
No. 1 Universal Milling Machine (Patented).
The Spindle is of large diameter, having a front bearing 4 9-16 ins. long and 2% ins. in diameter. It is hollow and will allow the passage of 11-16 in. stock. Both shoulders at the front bearing are provided with our standard hardened and ground anti-friction washers, and both bearings have ample adjustment for wear. The front end is threaded for the chuck which fits the spiral head, and the rear end carries the feed cone.
The machine having the arm is provided with our Improved Form of Outboard Center. This is arranged to allow for expansion due to the heat from the cutter, and at the same time to hold the end of the arbor perfectly firm.
Tlie Table is 31 inches long, and has a bearing of 15 ins. in the swiveling block. The T slot extends the whole length, and both ends of it are accessible. The table can be fed 17 inches by power and 22 inches by hand. It has an adjust- ment to and from the face of the column of 6 inches, and a vertical adjustment of 15% inches. It can be swiveled 45 degrees either way from the straight position. The Screw is arranged to take gears for either simple or compound trains, and is provided with a compensating nut to allow for wear. The elevating and cross-feed screws are each provided with index circles reading to thousandths of an inch.
The Spiral Head has an extended base and two holding-down bolts, insuring great solidity. The spindle is hollow and will take in 1 1-16 in. stock. The taper socket in the spindle allows the interchange of tools between it and the main spindle. It is also fitted with a three-jawed Universal Chuck. The dividing worm gear is provided with our patent compensating wedge, which permits instant adjustment of the amount of slack in the worm. Three index plates are pro- vided, by the use of which all numbers of divisions up to 50 can be obtained, and all up to 360, except a few prime numbers. The gearing is designed to cut a large number of spirals of even pitch, such as one turn in 1 %, 2, 2%, 3 ins., etc. The manner of adjusting the gearing is very convenient, and the entire range of spirals from one turn in 1.33 inches to 133-33 are cut with a set of but 8 change gears. The head will swing 10^ ins. and a spiral 14% ins. long can be cut.
Til© Tail Slock is of improved form and very solid design. The sup- porting point is close to the top, enabling cuts to be taken close to the center. The •clamping device operates without altering the alignment of the penters.
Til© Feed has 3 changes, and operates with perfect freedom at whatever angle the table may be set. The feed mechanise is not carried by the table, but is attached to the swiveling block ; this keeps the feed rod always in a straight line. The feed trip is very readily adjusted, and operates with the table running in either •direction.
Shown in the cut are the various attachments that are furnished with the machine. A* plate is provided on which the spiral head can be set at any angle with the spindle. The index tables for the dividing head stocks of all of our machines •are printed directly on the wood) thus making them practically inde- structible.
We would invite the attention of intending purchasers, who feel that they cannot afford a Universal Milling Machine, to our Nos. 2, 3, and 4% Milling* i Machines. These machines, when supplied with our dividing head and tail stock, will do all kinds of milling except spiral work. The item of first cost is largely in favor of the plain machine, and it can be operated by much cheaper help than usually put on Universal Machines.
.1
10
THE GARVIN MACHINE CO.
No. 2 Universal Milling Machine —(Patented.)
This size machine does both small and medium heavy machine and tool work, and recommends itself as being a Universal Size.
THE GARVIN MACHINE CO.
11
Description of No. 2 Universal Milling Machine.
This machine embodies the latest improvements in this important class of machine tools, a few of which are :
A hollow spindle of large diameter, with end threaded for chuck.
Improved form of outboard center.
Extra length of table bearing in block and automatic feed at 45 degrees angle.
Table will feed and trip automatically in either direction.
Compensating nut on table screw.
T slot in table, free of access at both ends.
Arrangement of spiral head for cutting spirals of even pitches. Compensating wedge for adjusting the halves of the dividing worm gear. Ease of adjusting change gears.
Capacity of spiral head for large diameters.
We also make this machine with a four step cone, 13 in. diameter for 3^ in. belt without back gears. For latesl improvements on this machine, see page 95. Photograph on application.
GENERAL DIMENSIONS
Distance from center of spindle to top of table at lowest point 181X in.
“ “ “ u “ kk “ highest kk 0 in
Adjustment in and out 8 in.
Number of spindle speeds 12
Length of table * 38 in.
Width of table 6 in.
Swing of centers ........ . . 10 Yz in.
Length will take in between centers 24 in.
11 of feed by power 24 in.
“ “ kk hand. 29 in.
Friction clutch pulleys 14y4 in.
. Speeds of countershaft 120 rey.
Weight 2,500 lbs.
Price, complete as shown $800 00
kk “ without back gears 700 00
12
THE GARVIN MACHINE CO.
No. 3 Universal Milling Machine.
A machine proportionately heavier than the No. 2 Universal Milling Machine and especially designed for the use of Steam Engine andjLocomotive builders, and others requiring a heavy, solid machine capable.of taking long heavy cuts.
THE GARVIN MACHINE CO.
13
No. 3 Universal Milling Machine.
For work not requiring the full capacity of the No. 4 Universal, we have designed the new size illustrated on the opposite page ; retaining all the features of the larger Machine, but with the dimen- sions suitably reduced.
The Spindle is of large size, having a front bearing 3 inches in diameter and 5^ inches long. The front end has a thread which interchanges with that on the spiral head. The slide is heavy, with the T slot accessible at both ends. As with the other Universal machines the feed works are entirely protected at all times, and work with perfect freedom at whatever angle the table may be set, The feed trip acts with the table, running in either direction, and is readily adjusted to stop at any point. All shoulders on Screws are provided with means for taking up any slack that may occur from wear ; and the table screw has a compensating nut, The Spiral head has our usual arrangement for holding the train of gearing and the compensating wedge is fitted in the dividing worm gear. The over- hanging arm is inches in diameter and 16 inches long ; and the outboard center is of improved cylindrical form. The arbors are removed from the spindle by means of a drift, and the dividing spindle is hollow allowing the passage of inch stock.
The machine is accompanied by a No. 5 Swivel Vise with graduated base and screw protected from chips and dirt. The count- ershaft is provided with 16x4 inch tight and loose pulleys to run 100 revolutions per minute. For latest improvements on this machine see page 95.
GENERAL DIMENSIONS.
Greatest distance between table and spindle ... 24 in.
Least “ “ “ “ “ 0 in.
Diameter of spindle 3 in.
Length of front bearing in. J
“ table 48 in. gj
“ feed by power 24 in.
“ i‘ hand 32 in.
Length between centers 28 in.
Swing of centers 13 in.
Width of table 7 in. /
Adjustment in and out j in. j/
Friction clutch pulleys 1Qx4 in,|
Speed of countershaft 100 rev, 4
Weight complete 4000 lbs, ]
Price completes shown,,,.,,, $975 00 \
14
THE GARVTN MACHINE CO.
No. i Universal Milling Machine.— (Patented.)
This machine is intended for the largest kind of tool work, roll fluting, heavy gear cutting, gang milling etc., for which the large centers and long table offer special facilities
THE GARVIN MACHINE CO,
15
Description of No. 4 Universal Milling Machine.
This machine is designed for doing the heaviest class of work, required of a Universal Machine. The special features of this machine are the result of over twenty years’ experience in the jobbing and manufacturing trade. The feedj is of the same character as our No. 1 Machine, and the same table of spirals applies. The table is long and rigid, trips feeding either direction, has a bearing more than half its length, and can be swiveled 45 degrees either way on the graduated pan, and solidly bound by bolts at the ends of the swivel block. There are the usual horizontal and vertical ^adjustments by thousandths of an inch. The arm., which may be taken off, is very heavy, and' will take in an arbor 20 in. long, carrying a 10}4 in- diameter cutter. The yoke is flattened off on the under side, thereby allowing small cutters to be used and the necessary passing over close to the top of the work. The spindle is 3 ins. diameter, and has drift slot for arbors and adjustment for end play. The front bearing is a cap box of ample length adjusted by the screw shown on the top. End play may be readily taken up in all shafts and feed screws, and the screw for the table has one of its two nuts adjustable lengthways to take up wear in the thread. The cone is 14 ins. diameter for a 4 in. belt, and is geared so that it will easily drive the heaviest cut that the machine is cap- able of taking. The dividing head will swing 15 ins., and possesses all the desirable features of the smaller size, the base of which is extended and has two holding down bolts. The swinging head can always be clamped at the most advantageous place. The dividing worm gear is split, and provided with our improved compensating wedge, and the arrangement for holding trains of gears for spiral cutting is effective and readily manipulated. The change gears not in use are hung on the inside of the door. The center on the tail spindle is close to the top, so that cuts can be taken close to the center line. The tail spindle is bound its whole length, and without throwing out of line. The spindle of the dividing head is hollow, allowing V/£ stock to be passed through. The taper hole is the same as that in the spindle, and both have a standard taper of y2 inch per foot. In the swivel vise furnished the screw is protected from chips and dirt, and the construction allows angular cuts to be made with great facility, the base being graduated. For latest improve-
ments on this machine see page 96.
GENERAL DIMENSIONS.
Distance from center of spindle to top of table at lowest point 21 in.
11 44 41 highest 44 0 in.
Adjustment to and from face of column 10y in.
Diameter of spindle 3 in.
Length of front bearing 5# in.
Length of table 52 in.
Length of feed by power 28 in.
“ “ 44 hand 36 in.
Width of table 8 in.
Swing of centers 15 in.
Length will take in between centers 28 in,
Tight and loose pulleys 16x4 in.
Speed of countershaft 100 revs.
Weight 4, 300 lbs.
Price, with No. 5 Swivel Vise $1,150 OO
16
THE GARVIN MACHINE CO.
Fig. 1.
Compensating Wedge in Worm Gear.
Each of our dividing worm gears is provided with the patent compensating wedge, shown in Fig. 1. The three screws / hold the two parts of the gear together, but do not bind. The wedge a takes all the strain between the parts of the gear. The screw b can be reached through a hole shown immediately under the hexagon nut in the back of the spiral head. Fig. 11, when the mark O on the front end of the spindle is on top. Turning the screw to the right tightens the gear on the worm, ^he difficulties that have heretofore been inseparable from this form of worm gear ..re entirely overcome by this simple device. The wedge forms a solid connection between the two parts of the gear and at the same time furnishes the most handy and accurate means of adjustment. We have been using this device on our machines for the past five years, and wherever it has become necessary to make this adjust- ment, the convenience and efficiency of the means provided have been highly appre- ciated.
Dimensions and Prices of Universal Milling Machines.
|
No. 0. |
No. 1 |
. No. 2 |
. No. 3. |
No. 4. |
|
|
Greatest distance between table and spindle. . Least “ . “ “ . |
. 5 K" |
15^" |
18K' |
' 24l/2" |
21" |
|
.. 0 |
0 |
0 |
0 |
0 |
|
|
Diameter of Spindle ; . . |
2% |
2% |
3 |
3 |
|
|
Length of front bearing |
.. 2 |
4t9h |
4t5 |
554 |
5% |
|
“ table |
31 |
38 |
48 |
52 |
|
|
44 feed by power |
17 |
24 |
24 |
28 |
|
|
“ “ hand |
22 |
29 |
32 |
36 |
|
|
44 between centers |
.. 7% |
17 |
24 |
28 |
28 |
|
Swing of centers |
.. 6 |
10 |
10% |
13 |
15 |
|
Width of table |
• 3 % |
5 % |
6 |
7 |
8 |
|
|Adjustraent in and out |
. 2/8 |
6 |
8 |
10% |
10% |
|
[Friction clutch pulleys |
. 6 x 1% 14 x |
CO 4- X |
4 16x4 |
16x4 |
|
|
[Speed of countershaft |
. 130 |
110 |
120 |
100 |
100 |
|
Weight complete |
. 400 |
1400 |
2500 |
4000 4300 |
|
|
Price complete as shown |
. $475 |
$600 |
$800 |
$975 $1150 |
|
|
Price with arm |
— |
$625 |
— |
- |
|
|
Price without back gears |
' |
$700 |
- |
THE GARVIN MACHINE CO.
ir
The High Speed Attachment.
We have de- signed this attach- ment to fic either our No. 1 or 2 Universal Milling Machine, or the No. 2 or 3 Milling Machine. By the arrangement of the gearing the secondary spindle runs four times as fast as the main spindle. This large increase in speed makes it possible to use small and light cutters running at speeds suited to their diameters. The cutters are held in a spring chuck in the sec-
ondary spindle. The spindle has a long bearing, insuring stiffness with smooth- ness of motiou. The illustration shows the gearing with the protecting cover removed. As an example of work done with the High Speed Attachment we illustrate on page No. 97 a number of cuts on^the edge of the Gear Stud Bracket on the Universal Milling Machine. Two of the grooves are each %x335 in., and are made in one cut with a mill y2 in. in diameter. Price, $50.00.
This attachment is made in two sizes; size No. 1 fitting the No. 1 Universal’ Milling Machine, No. 2 and 3 Milling Machines. The No. 2 attachment fits the No. 2 Universal Milling Machine, or the No. Milling Machine. No. 1 attachment cuts racks from 10 P. to 32, while No. 2 attachment cuts from 6 P. to 10. A vise for holding racks accompanies each attachment, also the necessary index- ing arrangement for cutting the above pitches.
Price, No. 1 $90 OO. No. 2 $ 1 OO OO.
See Page 39 for Vertical Spindle Attachment.
18
THE GARVIN MACHINE CO.
No. 1 Milling Machine.
This machine is designed for rapid and convenient milling of small work. The base is of a rectangular form and contains a cupboard. The spindle has a front bearing 1 5-16 in. diameter and 3^ in. long. Roth bearings run in com- position metal boxes, and are provided with means for adjustment. The spindle can also be adjusted by a nut bearing on the spindle cone. Spindle cone has 4 changes of speed for a 2 inch belt, and is fastened to the spindle with a key. The table can be depressed 12 ins. below the center, by the vertical adjustment of the knee, and it has a 12 inch automatic rack and pinion feed, transmitted through a clutch by means of self-oiled worms and worm-gears located inside the column, thus keeping them free from dust and chips. A quick return motion is obtained from a lever fastened to the pinion shaft. The transverse motion is derived from a screw operated by a crank wrench. The feed is stopped by a roller, fastened to the lever, sliding over a pin which disengages the clutch. The feed cone has 3 changes of speed, and is 1 in. face, and has the advantage of using an extra long belt. The table is 4^ in. wide and 21 in. long, cast wTith a grooved projection on all sides to receive oil and chips. Countershaft is provided with adjustable and self oiling hangers.
GENERAL DIMENSIONS.
Table
Feed of table
Carriage depressed from center
Transverse motion of carriage
Front bearing of spindle
Tight and loose pulleys on countershaft
Speed of countershaft
Weight of machine complete
Price, as shown in cut, with arm and No. 2 vise Price, with No. 2 vise, but without arm
. . . 21 in. long. 4^ in. wide.
12 in.
12 in.
3 in.
.3^ in. long, 1 5-16 in. diam.
8x2% in. face.
165 rev.
575 lbs.
$240 OO
225 00
THE GARVIN MACHINE CO.
10
No. 2 Milling Machine.
This machine, together with 10 in. centers (de- scribed on page 33), is designed to meet the wants of tool makers, machi- nists and others requiring an ac- curate dividing and well made milling mach- ine. The divid- ing head, feed of table and mi- crometer a d - justments are the same as those of the No. 1 Universal Milling Mach- ine, and for all general purpos- es, except spiral cutting, this ma- chine will do equally well. The spindle is of steel and has an 11-16 inch hole its entire length, which is tapered up to 1 % in. diameter at its front end
for the reception of tools. The threads and tapers i}/2 in. to the foot) in the end of both, milling machine and dividing head stock spindles being the same, allow tools fitted to either to interchange. The boxes are composition metal and are provided with ready means of compensation for wear. The spindle is driven by a 2^ in. belt on a cone pulley of four grades. There are three changes of feed. A plunger is provided for removing cutter arbors from spindle. w The feed screw is double thread, giving quick return movement. Stops are provided for hand feed, and the trip is so arranged that it will oper- ate with the carriage traveling either way. On the cross slide and elevating screws are index circles with graduations in thousandths of an inch. The feed gearing is inaccessible to dirt and chips, being on front of machine en- closed in a neat iron box. The feed worm is self-oiling, being surrounded by an oil box. Countershaft has adjustable self-oiling boxes and the friction clutch pulleys are arranged to give eight uniform changes of spindle speed. When machine is furnished with centers, as described on page 28, a 6 in. milling chuck is included without extra charge.
GENERAL DIMENSIONS.
Distance from center of spin- dle to top of table at lowest
point 17K in*
Distance from center of spin- *le to top of table at highest
point 0 in.
Diameter of spindle 2% in.
Length of front bearing 4 in.
“ table 28 in.
Length of feed 14% in.
Width of tab*e 5l/& in.
Adjustment to and from col- umn 6 in.
Friction clutch pulleys 14x4 in.
Speed of countershaft. .145 & 110 rev.
Weight, complete 1,160 lbs.
Price, as shown in cut, with No. 4 swivel vise $350 OO
20
THE GARVIN MACHINE CO.
No. 3 Milling Machine.
This is a somewhat less powerful machine than the No. 4, but has special advantages in the facility of adjustment and means for securing work, which the table affords. The spindle is hollow and runs in adjustable composition boxes. The three speed cone is 12 in. diameter, for V/2 in. belt. The machine will take a cut 14 in. out from face of column, with cutters 9 in. diameter. The arbor bearing in the yoke is the standard straight hole style. The table has three T slots and a wide and long bearing on the pan. The slide is adjustable horizontally and verti- cally, to thousandths of an inch. The feed works, of hardened steel, are well protected and readily accessible. Means are provided throughout the machine for taking up wear.
GENERAL DIMENSIONS.
Distance from center of spindle to top of table at lowest point, 44 “ “ 44 44 “ 44 highest 44 .
Adjustment to and from face of column
Diameter of spindle
Length of Table
Width 44
Length of feed
Tight and loose pulleys
Speed of countershaft
Weight
Price, complete as shown, . , , , ,
17 %\VL%
0 in.
.. . . 6^ in.
2 Y& in.
34 in,
7K in,
.... 17^J in,
14x4 in,
100 rev,
...1,275 lbs.
$373 00
THE GARVIN MACHINE CO.
21
No. i Milling Machine
RACK FEED.
This is a heavy, rigid .machine, designed to do [all ordinary milling work. The spindle is driven by a large cone pulley with a 3*t> inch belt, without gearing, thus producing work with a better and smoother finish than can be milled upon a geared machine. The out-board center is supported by a strong arm, well secured to the head. The table is fed by a worm (which runs in oil) through a rack and pinion, and in addition there is a lever connection with the pinion shaft which allows a quick return. The adjustments are simple and positive, and are readily accessible. The cupboard base, which forms the body of the machine, is provided with shelves to keep tools when not in use. Countershaft hangers are adjustable and self-oiling.
GENERAL DIMENSIONS.
Distance from center of spindle to top of table at lowest point 44 41 .4 44 44 highest 44
Adjustment of carriage to and from face of column
Length of feed table
Width 44 44
Length of feed
Diameter of spindle
Taper hole in spindle at large end of taper
Tight and loose pulleys on countershaft
Speed of countershaft
Weight, complete
Price, with arifi as shown in cut, with No. 4 vise.
Price without arm, with No. 4 vise
12 in.
1 in.
5 in.
30 in.
6 in.
16 in.
...1 15-16 in. ....13-16 in. .... 14x4 in. 100 rev.
....1.450 lbs.
$350 OO 300 00
22
THE GARVIN MACHINE CO.
No. 4 Milling Machine.— (Screw Feed.)
This shows our No. 4 Miller with screw feed substituted for rack feed. Screw feed possesses the advantage over rack feed that the table is always under complete control, giving steady motion for light or heavy cuts and preventing any jumping when starting in, or when the stress of the cut changes, thus produc- ing better work. There is a large hand wheel conveniently arranged for quick return. The feed works are carried by the pan and are protected from chips and dirt by a well fitted case, while the worm runs in oil. The feed trips with the table feeding in either direction, and there are the regular hand wheels for the adjustments in and out, and up and down.
GENERAL DIMENSIONS.
Distance from center of spindle to, top of table at lowest point 14 in.
“ “ “ “ “ highest “ 1 in.
Adjustment to and from face of column 5 in.
Length of table 30 in.
Widih “ 6 in.
Length of feed 16 in.
Diameter of spindle 1 15-16 in.
Tight and loose pulleys 14x4 in.
Speed of countershaft 100 rev.
Weight... . 1.450 lbs.
Price, with arm as shown in cut $350100
“ without arm, with No. 4 vise 300 OO
THE GARVIN MACHINE CO.
23
This machine is of substantial proportions, well put together, and is similar in general design to our No. 4 Screw Feed Milling Machine, but with the addition of gearing we obtain a more powerful motion for the spindle on medium heavy cuts. The cone is 12 ins. diameter and has three steps for a 3 in. belt, but has
a range of six regular gradations of speed by means of two sets of tight and loose pulleys furnished with the machine. There are three changes of feed. Counter- shaft hangers are adjustable and self-oiling.
GENERAL DIMENSIONS.
Distance from center of spindle to top of table at lowest point ... .14 in.
“ “ “ 44 “ 44 highest 44 1 in.
Adjustment to and from face of column 5 in.
Length of table 30 in.
Width of table 6 in.
Length of feed 16 in.
Tight and loose pulleys 10 & 12x3^ in.
Speed of countershaft with 12 in. pulley 110 revs.
Speed of^countershaft with 10 in. pulley 240 revs.
Weight, complete 1,500 lbs. (
Price as shown in cut, with No. 4 vise $375 OO
A
24
THE GARVIN MACHINE CO.
No. iV2 Milling Machine.
This machine is about the same size as the No, 2 Universal and is well adapted tfor taking heavy cuts on medium large work. It will be found well suited for such ■work as cutting steel gears of coarse pitch, gang milling, etc.
THE GARVIN MACHINE CO.
25
Description of No. 4\ Milling Machine.
The spindle is hollow and runs in adjustable composition boxes. The cone is 12 in. diameter, for 3K in- belt. The machine will take a cut 15 in. from face of column with cutters 9 in. diameter. The arbor bearing in the yoke is a straight hole as on the No. 5 Milling Machine. The table has two T slots the entire length and a long bearing on the pan. The knee is heavy and the slide is adjustable horizontally and vertically to thousandths of an inch. The feed is by screw which is connected with a shaft at the side for hand feed and quick return. The feed works, of hardened steel, are well protected and readily accessible. Means for taking up wear are provided throughout the machine. For latest;improvements on this machine see page 95.
GENERAL DIMENSIONS.
Distance from center of spindle to top of table at lowest point 19 in.
“ “ “ u “ “ “ highest “ 0 in.
Adjustment to and from face of column 8 in.
Length of table 42 in.
Width “ 9 in.
Length of feed 27 in.
Tight and loose pulleys 14x4 in.
Speed of countershaft 160 rev.
Weight 2, 200 lbs.
Price, complete as shown $550 . OO
Cam Cutting Fixture.
This simple device can be applied to any Milling Machine having an arm and a rack feed table. The former pin is fixed in the yoke in line with the spindle, and a weight, attached to the table, keeps the former or model pressed up against the pin. The former and work are rotated by worm and gear which may be driven by hand or power.
Price $75 OO
26
THE GARVIN MACHINE CO.
No. 5 Milling Machine.
This machine is intended for plain heavy work of large size, and with the aid of large gang and face mills much of the work commonly done on the planer can be handled in a superior manner and at reduced cost.
THE GARVIN MACHINE CO.
27
Description of No. 5 Milling Machine
The machine here shown is heavily built throughout and intended for the heaviest class of plain mill'ng, The column, knee, spindle, cone and arm being the same as the No. 4 Universal Milling Machine. The table has a bearing for more than half its length and is of sufficient depth to prevent springing from bolting on of work, for which purpose there are four T slots its entire length. The table has pans at both ends and the vertical and hori- zontal adjustments are in one-thousandths of an inch, indicated on a dial with adjustable pointers. The feed is by screw and perfectly steady under light or heavy cuts or changes from one to the other. The trip is readily adjusted and is operated by the table feeding either way. End play may be taken up in all feed screws and shafts, and, as in the No. 3 Universal, one of the nuts of the feed screw for the table is adjustable for wear in the thread. The knee is square gibbed to the column, which insures solidity at this important point. The arm is of substantial proportions and sufficient length to take in an arbor 20 in. long and carrying cutters 10*^ in. diameter giving a very wide range for gang milling. The flattening of Che under side of the arbor support will be found to be of great advantage in many cases. The outer centre for the arbor is a split straight hole, hardened and ground, with screw adjustment for wear. The end of the arbor is hardened and ground to fit. This center is in common use and gives general satisfaction. The upper half of the front box for the spindle is alone adjustable. As all Che wear occurs in the upper part of the box this arrangement assures the alignment remaining perfect. •'There are three changes of feed and the cone is geared up more strongly than is the No. 4 Universal in order to have sufficie power to carry broad, heavy cuts. A No. 5 vise goes with the machine, in which, as in all the vises, the screw is protected from chips and dirt. For latest improvements on this machine, se'e page 95.
GENERAL DIMENSIONS.
Distance from center of spindle to top of table at lowest point 23 in.
“ 44 44 44 44 highest “ Oin.
Adjustment to and from face of column 9% in.
Length of table. 56 in.
Width of table 14X in.
Length of feed by power 37 X in.
“ 44 44 44 hand 48 in.
Diameter of Spindle 3 in.
Tight and loose pulleys 16x4 in.
Speed of countershaft 100 rev.
Weight f. 4,050 lbs.
Price with No. 5 vise $750 OO
28
THE GARVIN MACHINE CO.
Improved Milling Machine,
LINCOLN PATTERN.
We are now building this machine from entirely new patterns, and one of the chief features is making the tail stock adjustable to any part of the bed. The improved form of cylindrical center is used, doing away with the necessity for nuts on the tail spindle. This makes adjustment quick and easy. The spindle has a standard taper hole, V/± inches in diameter and 6 inches deep, The spindle can by means of screws be raised to 8 inches from the table, or lowered to '6% inches. The table is 28 inches long and 7% inches wide, and has an adjustment of 6 inches to and from the head. Allowance is made for swiveling the head. Spindle cone' has three changes of speed, and feed cone four. The feed worm runs in oil, and is protected from dust and chips by a neat cast iron box. We are also prepared to furnish this machine with an extended block allowing a travel of 36 inches, at an additional price of $70.00, The countershaft is provided with self-oiling hangers,
GENERAL DIMENSIONS,
Tight and loose pulleys 12x8 in, face.
Speed of countershaft 190 rev.
Weight of machine complete 1,325 lbs.
Price, including No, 5 vise and tail stock complete $330 OO
Price, including No, 5 vise, without tail stock 310 OO
Price, without vise or tail stock 290 OO
THE GARVIN MACHINE CO.
29
No. 1 Hand Milling Machine.
This machine, with the No. 1 machine (described on page 18,) is designed for those requiring rapid manipulation of small work. Jewelers, brass workers and sewing machine manufacturers will find them well adapted to supply a long felt want. This machine is the same as the No. 1 machine, with the exception of the automatic feed being replaced by a hand feed, which is operated by a lever fastened to a pinion shaft, giving a very direct motion and a quick return. Adjustable stops are placed on the table for regulating the motion. This machine is furnished with a No. 2 vise (described on page 34) and a dividing head can be furnished arranged for cutting gears and pinions either on centers or in a spring chuck. Countershaft hangers are adjustable and self-oiling.
GENERAL DIMENSIONS.
Table
Feed of table
Carriage depressed from center
T ransverse motion of carriage
Front bearing of spindle
Tight and loose pulleys on countershaft
Speed of countershaft
Weight. .
Price, as shown in cut
“ with arm
16 in. long, 4^ in. wide.
7 in.
12 in,
3 in.
,3% in. long, 1 5-16 in. diam.
8x2% in, face.
165 rev.
475 lbs.
$1 85 OO
200 OO
30
THE GARVIN MACHINE CO,
No. 2 Hand Milling Machine
AND
SCREW-HEAD SLOTTERi COMBINED.
This machine is well arranged for taking short milling cuts, and can be operated with ease and rapidity. The box-shaped head is mounted on a planed iron table, which is surrounded by a groove to catch oil and chips. The cross slide is adjusted by a screw that projects in front, squared for a wrench. The sliding table is oper- ated by a hand lever, and the motion is gauged by an adjustable stop behind. A vertical movement is communicated to the knee slide by means of a rack and gear, operated by a hand lever in front as shown in the cut. We can, in place of this rack and pinion, arrange a screw which is operated by a hand wheel beneath the table if it is desired. The spindle is of steel and a 17-32 in, hole clear through it, tapered in front for shank of arbor. The boxes are of composition metal, with adjustments for wear. For slotting screws a sliding vise is furnished, so arranged that the front or movable jaw tightens on the screw to be slotted by means of two springs under the jaw. The jaw is linked so that it is operated wholly by the hand lever which feeds the vise. With the machine with the lever vertical motion, as per cut, screws can also be fed up under the saw, which greatly increases its capacity. Countershaft has adjustable self-oiling hangers.
GENERAL DIMENSIONS.
Length of feed table 15 in.
Width “ “ in.
Length of feed 6 in.
Distance from center of spindle to top of table, when down 4^ in.
“ *‘ “ “ “ “ up % in.
Tight and loose pulleys on countershaft 8x3 in.
Speed of countershaft 150 rev.
Weight, complete 415 lbs.
Price, with No. 2 vise $174-00
“ with arm and vise, as shown in cut 189 OO
“ of screw slotter vise, extra 25 OO
THE GARVIN MACHINE CO.
31
No. 3 Hand Milling Machine.
This machine is adapted to making two or more short cuts on different planes. The body of the machine is of the cupboard style. The spindle is of steel, 2% ins. diameter ; front bearing, 4 ins. long. It is driven by a 2% in. belt, passing over a cone pulley of four grades of speed — 4%, 6%, 8%, 10 %, ins. diameter. The spindle runs in composition metal boxes with ample means of adjustment for wear.* The vertical range of carriage is from center to 17% ins. below the center. The adjust- ment to and from the base is 6 ins., and the transverse movement is 6 ins. Counter- shaft hangers are adjustable and self ojling.
GENERAL DIMENSIONS.
•Vertical movement of upper slide 2 in.
Tight and loose pulleys 12x3 in. face.
Speed of countershaft 120 rev.
Weight of machine, complete 1,000 lbs.
Price, as shown in'cut, with No. 3 vise $250 OO
|
Greatest dist. bet. spindle & table. Least “ “ 44 44 44 Diameter of spindle Length of front bearing 44 “ table “ “ feed by power “ 44 44 “ hand Width of table Adjustment in and out Size of vise (page 34), accompany- ing machine. Countershaft pulleys, T. & L. Speed of countershaft, revs Weight complete, lbs Price, with arm Price, without arm 44 44 vise or tail stock... |
. |
|
|
H ^ to *© C»505t©to£2oO'-‘-©lC JO itk C5 W \ui \h d w o C a ^ |
p* |
No. 1. |
|
=€© «€£ © >-<■ t-i jo i-l tv o: QO (-1 X 05 ^ ^ OT 09 ^ 03 '-‘■©to |
5" |
No. V/2. |
|
4# »© >-*■ w ^ !~t £*• O £>- ©Oiifc.ifk.OO^lOO-1 © O O 05 5 • kK 3 |
?' |
No. 2. |
|
w a 8 i(o +^x u?s. nk. |
5* |
No. 3. |
|
12 1 HI 4* 30 16 18 6 5 4 14x4 100 1450 $350 $300 |
p* |
No. 4. Screw or rack feed. |
|
>-*■ S too U4. (-A 00 1-1 OOCrgxX 44 0103000 44. >-a i-i 4*- 7* £ 8k 05 00 |
No. 4. Geared. |
|
|
c? &S >i£ en s § s a. # * |
p* |
No. 4^. |
|
^0 1-^0 or oSl^^OiOTOOOW 00044- ^\n?s.kN.kN. |
p‘ |
No. 5. |
|
8 4K h\ SU 28 19 19 7M 6 5 12x3 190 1325 $330 $310 290 |
5* |
Lincoln Miller. |
|
^ CO UJ. 00 v- to 44 (-»■ tO to 05 44. -5 OS >-*• © lO g? 8 8? 8 K > |
p* |
No. 1. Hand. |
|
- ^ 44 W OO to tO 44. O oi to ^ 44 44 e© cjr © CO ooQ £j*» ^ |
p’ |
No. 2. Hand. |
|
^ 1-1 |_l 4-L to O M to 05 C5 a 09 44tOO*2 © O © CO 03s* |
3* |
No. 3. Hand. |
Dimensions and Prices of Plain and Hand Milling Machines.
THE GARVIN MACHINE CO.
Dividing Head and Tail Stock.
This head is well adapted to the use for which it was designed. It is com- pact and well made, and will compare favorably with any tool of this class in the market. Our latest improvements comprise a patented compensating wedge for adjusting the halves of the spacing worm gear, and an alteration of the tail stock pattern so that milling cutters adjusted close to the center pass clear across. The wedge, which can be reached from without, gives a posi- tive adjustment and effectually prevents the halves being forced back to their original position. We have extended the base of the head stock and put in an additional holding down "bolt, which increases the rigidity of the head, parti- cularly noticeable in cutting bevel gears and other overhanging work which cannot be supported by the tail stock center. Gears can be accurately spaced, mills cut of straight, conical, or irregular forms, taps and reamers fluted and worm wheels gashed The slots in the stock allow the head to be elevated from a horizontal to a vertical position, and by supplemental slots in the ele- vating head in which the T heads of clamp bolts slide, the head can be de- pressed to 30 degrees below a horizontal line and 5 degrees beyond a vertical, making 125 degrees of arc, all determined by graduations on stock. The spacing worm gear is made in halves, and all points liable to wear are pro- vided with means of compensation. Three index dials accompany the head, dividing all numbers up to 50, and as many others as an every-day machine shop practice may demand. The spindle of elevating head has a taper hole clear through, and the end of the spindle is threaded to receive chuck, allow- ing pieces of any length and less than 1 and in. diameter to be milled. The tongues under the bases of head and tail stocks are of steel and can be re- moved to allow swiveling of head, so that work held in the chuck, such as hollow mills, etc., can be cut under or hooking. The tail stock has a milled head adjusting screw and screw to bind spindle central in any position. These centers are designed to be used on our No. 2 MILLING MACHINES, but can be used on other milling, shaping and planing machines. Our 15 inch dividing head, as used with the No. 4 Universal Milling Machine, is the same in detail as the 10 inch described, except that all parts are larger and stronger in proportion, the head stock spindle allowing V/x inch stock to be passed through.
GENERAL DIMENSIONS.
Capacity of arc 125 degr.
Swing of centers 10 in.
Price of 6 in. complete, with wrenches and dials $ 1 OO OO
10 in. “ “ “ “ “ 1 35 OO
12 in. “ “ “ “ “ 175 00
15 in. “ “ “ “ " 200 OO
34
THE GARVIN MACHINE CO,
Swivel Vise.
This shows a regular vise, having a beveled friction disc on the under side, mounted on a graduated base on which it can be securely fastened at any angle by two binder screws bearing on the friction disc. One of these binder screws is shown in the cut. Each size of vise has a corresponding swivel base.
Milling Machine Vises.
We make five sizes of this vise, with tool steel jaws and screws. Screw and cap covered with sheet steel to prevent wear from dust and dirt.
|
No. |
2 |
3 1 |
4 |
5 |
6 |
|
Depth of Jaw |
H |
t |
V/a |
IK |
2 |
|
Width “ |
4. |
5 |
5K |
7 |
iok |
|
Opens without Steel Jaw |
.1 1 5 1T6 |
2^ |
m |
4 |
711 7T¥ |
|
Weight |
8 K |
20 |
30 |
47 |
175 |
|
Price, plain |
$14. |
$16. |
$18. |
$22. |
$40. |
|
Price, swivel |
$20. |
$23. |
$25. |
$30. |
$55. |
THE GARVIN MACHINE CO.
35
No. 1 Index Centers.
These centers will swing a diameter of 2^ inches, and will take in a length of 7^ inches. The extreme length of bed is 15% inches. The index dial has four rows of 24, 30, 36 and 42 holes respectively.
Price $22 OO
No. 2 Index Centers.
These centers will swing a diameter of 6 inches, and are designed to be used on the No. 1 Milling Machine, but can be used on any machine. The dial index is accurately drilled, in circles of 48, 56, 60, 66 and 72 holes, and a special head is
made to use split collets.
Price as shown $30 OO
Price arranged for split collets 4*5 OO
No. 3 Index Centers.
These centers have dial moved by worm. They will swing a diameter of 5% inches, and take in a length of 15 inches. Extreme length of bed is 29^ inches. Dial is provided with rows of 44, 48, 56, 72, 84 and 96 holes respectively.
Price as shown in cut $4*5 OO
36
THE GARVIN MACHINE CO.
No. 4 Index Centers.
These centers swing 10 inches, and will on a 29^ inch bed take in 16 inches in length. The Index Plate has 7 circles of holes numbering, 4, 6, 54, 64, 70, 77, and 84 respectively. The head and tail spindles can both be solidly bound for taking heavy cuts relieving the index pin of all strain.
Weight, with base 88 lbs.
Price, “ “ $50 OO
“ without “ 40 OO
No. 5 Index Centers.
These Planer Centers will swing a diameter of 12 ins., are of substantial proportions and well made, and will hold rigidly ^.ny work that comes within their range- The head and tail stocks are provided with steel tongue pieces to preserve the alignment. There is a worm and gear for turning and holding the head stock spindle, thus relieving the index pin and holes of all strain, and the attendant wear and loss of accuracy. The worm gear has five accurately drilled circles of holes as follows: 26, 44, 54, 64 and 70. The worm can be dropped out of gear when it is desired to turn the dial without it. The tail stock spindle has a vertical adjustment for handling taper work.
The head and tail together weigh 90 lbs.
Price $65 OO
THE GARVIN MACHINE CO.
37
“Every Day” Centers.
CAPACITY— Will Take in a Piece 6 in. Diameter and 16 in. Long.
Weight, 45 Pounds.
FIVE INDEX CIRCLES
Divided into 60, 56, 54, 52 and 48 holes respectively. Index Plate, Spindle and Dogging Plate cast in one piece. Tail Stock moved into position and Clamped. Centers Hardened. Heads of all Screws fit the same Wrench. All parts manu- factured in duplicate by Special Tools, which enables us to place them on the market at the extremely low price of $20.00.
Universal Three and Pour Spindle Milling Centers.
We build two sizes of the above, and they are designed for fluting taps or hold- ing any light work which is to be milled by an index. The head spindles, which chuck and dog the work to be fluted or milled, are geared together, so that all the spindles are universally operated by one index. The large size of 4 spindles is 2 ins. between centers. The small size of 4 spindles is V/± ins. between centers. The small size of 3 spindles is 1% ins. between centers. The head and tail are planed to a base, which we can furnish of any desired length.
Prices on application.
Index Centers.
|
No. 1. |
No. 2. |
No. 3. |
No. 4. |
No. 5. |
Every Day. |
|
|
Swing, |
2K |
6 |
5% |
10 |
12 |
6 |
|
Will take in. |
7K |
15 |
16 |
16 |
||
|
Extreme length of bed. |
15'A |
29K |
27 |
|||
|
Weight. |
8 |
12 |
45 |
88 |
90 |
45 |
|
Price as shown. |
$22.00 |
$30.00 |
$45.00 |
$50 00 |
$65.00 |
$20.00 |
|
Price, without base plate. |
$40.00 |
THE GARVIN MACHINE CO.
Spring Chucks.
These chucks are designed to hold the double-ended butt mills shown on page 91. The collets are all interchangeable and are made in 11 sizes, ranging from inch to ^ inch by 16ths.
We furnish the chucks with shanks fitting the following machines at the accom-
panying prices :
No. 0 Universal Milling Machine $26 00
No. 1 Universal Milling Machine 30 00
No. 2 Universal Milling Machine 30 00
No. 3 Universal Milling Machine 34 00
No. 4 Universal Milling Machine 34 00
No. 2 Milling Machine 30 00
No. 3 Milling Machine 30 00
Profiling Machine 26 00
Extra size Collets at special prices.
Milling Machine Collets for holding taper shank mills.
Collets for No. 1 Universal Milling Machine, No. 2 Miller, No. 3 Miller, No, 3 Hand Miller and No. 4% Miller.
Price $2 50
For No. 0 Universal Milling Machine, No. 1 Hand Miller. No. 2 Hand Miller, No. 1 Miller and Profiler.
Price $1 75
For No. 3 and No. 4 Universal Milling Machine and No. 5 Miller.
Price $4 50
Nut and Bolt Attachment to Plain Milling Machine,
We are building an attachment for Plain Milling Machines which is designed to facilitate milling, either square or hexagon heads, or nuts. The Milling gang for a hexagon consists of six cutters in pairs, and the pieces to be milled are held in the top of a turret provided with the necessary indexing arrangement. After the first three cuts are taken ; a nut is finished at each cut and a new blank can be inserted while the machine is running. This reduces the loss of time in putting in the pieces to a minimum. A Gang of four mills is used for square work. The turret is locked by a hardened pin seated in hardened and ground bushings, insur- ing accuracy and firmness. Weight, 90 lbs.
Price on application.
THE GARVIN MACHINE CO.
39
Arbors for Milling Machines.
We have in stock the arbors enumerated in the following list. They are made from selected stock and are provided with hardened Nuts and Cast Iron Collars, which are carefully faced and finished all over.
<
Hardened & Ground.
MACHINES.
No. 0 Universal Milling Machine
“ 1 Universal Milling Machine
“ 1 Universal Milling Machine, with arm. .
“ 2 Universal Milling Machine
“ 3 Universal Milling Machine
“ 4 Universal Milling Machine
“ 1 Milling Machine
“ 2 Milling Machine
“ 3 Milling Machine
“ 4 Milling Machine
“ 41/ Milling Machine
“ 5 Milling Machine
Lincoln Pattern Miller
No. 1 Hand Milling Machine
“ 2 Hand Milling Machine
“ 3 Hand Milling Machine
Single Spindle Milling Machine,
Vertical Table
Cutter Grinder
Screw Slotter
Automatic Gear Cutter
Small Gear Cutter
|
A |
B |
C |
D |
|
X |
33/8 |
||
|
l |
5A |
||
|
l |
5T6 |
X |
VA |
|
l |
8 |
X |
l A |
|
VX |
12 |
% |
l A |
|
VA |
14 |
X |
l A |
|
X |
3/s |
||
|
l |
K 7 DT6 |
||
|
1 |
k 7 °T6 |
X |
l X |
|
l |
X |
1 A |
|
|
l |
8 |
X |
i A |
|
ix |
12 |
X |
IX |
|
i |
7 X |
X |
1 X |
|
X |
33/s |
||
|
X |
3 3/s |
||
|
i |
5* |
X |
VA |
|
i |
5K |
X |
IX |
|
X |
X |
||
|
X |
, X |
||
|
X |
X |
||
|
% |
T6 |
Price
$ 4 50
5 50
6 9
12 15
4
5
6 7 9
12 9 4
4
5 50
7 50 2 50 2 50 2 50 2 50
Vertical Spindle Attachment.
These attachments are made in sizes similar to the Rack Cutting Attachment, and the same plan is followed in attaching them to the respective machines. (See cut on page 17.) With attachments of this character, work can be laid flat on the machine table without resorting to the common method of securing same to angle plate. Work done with this attachment is always in plain sight, and it will prove a valuable addition to any machine.
No. 1 Attachment will fit No. 1 Universal Miller, Nos. 2 and 3 Milling Machines. No. 2 Attachment fits No. 2 Universal Miller and No. 4% Milling Machine.
Price, No. 1 $50 OO
“ No, 2 65 OO
So888ooSo8§38
40
THE GARVIN MACHINE CO.
PROFILE OR EDGING MACHINE,
SPECIALLY ADAPTED AND USED AS A
VERTICAL SPINDLE MILLING MACHINE.
This cut repre- sents our latest efforts towards making this a more convenient and perfect run- ning machine. In this style of a ma- chine the opera- tor has easy con- trol over the cut- ter, and as the work is always in plain sight, and quickly handled, it strongly recom- mends itself to those who at pre- sent are doing their work in an expensive and un- satisfactory way.
They are profit- ably employed in spotting off and facing work, die sinking, key seat- ing, edge milling, milling T slots, irregular shapes or surface cam cutting, either large, with the former secured on top, or small, with the former
placed on one
side, using the
former pin. Plain work that simply needs facing off can be perfectly finished, and should the cuts be on different planes the notched stop on the spindle slide allows the cutter to drop from one to the other with perfect accuracy.
The spindle is driven by a belt running from the countershaft over sliding idler pulleys, which gives a strong uniform drive. Change of speed is made by using cones on the countershafts. The four motions necessary in this class of machine are accomplished by rack and pinion movement in connection with two ball handles conveniently located. Allowance is made for taking up all the wear and lost motion in the racks and gears. The spindle slide is fitted with two former pin sockets, so that the spindle can be employed in cutting a former from a sample piece, and then, by carrying the former pin to the other socket, the former is used in the position in which it was milled. The spindle slide is balanced by a spring acting against a notch, with screw adjustment especially valuable when it is used to do surface work with a butt mill. Stops are provided both ways, for the cross slide and the table slide. Friction pulleys of two speeds go with the machine.
GENERAL DIMENSIONS.
Countershaft should run for slow
speed 75 revs.
Ditto for fast speed 150 revs.
Working surface of table 14x10 in.
Movement of table 18 in.
“ “ cross slide 11 in.
Distance from bed to cross slide, 5^ in.
Diameter of spindle 1 5-16 in.
Up and down movement do V/n in.
Tight and loose pulleys, 14x3 & 8x3 in. Weight 1,425 lbs
Price, as shown in cut...$3T5 OO
Price of extra countershaft,
giving six spindle speeds. ..$18 OO
THE GARVIN MACHINE CO.
41
TWO SPINDLE PROFILING MACHINE.
In designing this Profiler, we have added materially to the capacity of the previous machine as shown on the op- posite page. The ad- dition of the second spindle enables two cuts to be taken on the edge of a piece at one setting, such as a roughing and finishing cut. The No. 1 Frofilerhas V/2 in. between spindles and No. 2 has 7 in- ches. Where profil- ing work requires the use of two mills in succession, the ad- vantage gained by having two spindles, each with its in- dependent stops, and former pin, is easily to be seen. The ver- tical stop consists of a notched plate and lock bolt. This bolt is withdrawn by a lever handle when the spindle is to be moved vertically. The weight of the spindle is balanced
by a coiler spring whose tension can be altered to suit the weight of different mills. The arrangement of the operating handles shown has proved to be very convenient as they are both within easy reach when standing where the best view of the work can be obtained. All motions by rack and pinion are provided with effective means for taking up all slack in the gearing. This feature is essential to good work when turning corners in following an irregular outline. The spindles are driven by one long belt passing from countershaft drum and under sliding idler pulleys. This gives a very steady motion to the spindles, and furnishes ample power for the heaviest cuts with mills adapted to the machine. A friction counter- shaft of two speeds accompanies each machine.
GENERAL DIMENSIONS.
Countershaft should run for slow
speed 75 revs.
Ditto should run for fast sp. . .150 revs.
Working surface of table 14x10 in.
Movement of table 18 in.
Distance between sp. No. 1. . . .V/2 in.
“ “ 2 7 in.
Distance from bed to cross slide, 5^ in. Diameter of spindles 1^ in.
Up & down movement of spindles, Zx/2 in Friction clutch pulleys. . .14x3 & 8x3 in.
Weight No. 1 1, 8751bs.
“ “ 2 2,184 “
Price, No. 1 $550 OO
;; , “ 2 700 OO
of ex. countershaft giving 6 spindle speed IS OO
42
THE GARVIN MACHINE CO.
Shuttle Race Miller.
This machine is designed specially for milling the curved slot in which a sewing machine shuttle is moved, but can be used on any work where a fin- ished curved slot is desired. The work, such as a Sewing Machine bed plate, is quickly fastened to the swinging plate by cam binders, and the feed is by a worm meshing with work gear teeth cut on the edge of the plate. This worm is automatically dropped out of gear at the end of the cut, when the feed stops.
The radius of the curved slot is determined by the distance from the center of the pin on which the plate swings to the center of the spindle.
The machine is made double headed, so that one head may be used for the roughing cut and the other for finishing, or, if not so used, it still makes a very compact arrangement of two machines. The machine is also made single headed. The spindle is furnished with split taper bushings for holding the cutters, which latter are made of straight drawn steel.
Price on application.
THE GARVIN MACHINE CO.
43
Two-Spindle Milling Machine.
This is a heavy machine, particularly well adapted for manufacturing purposes. It has two spindles so placed that one is in advance of the other, mak- ing it possible to take a roughing and finishing cut at one setting, thus effecting a great saving in time. The spindle for the finishing cutter has a fine vertical adjustment, so that work can be very accurately milled to guage. The feed, which has three changes, is by rack and pinion, with lever for quick return. The spindles are both geared and driven from the same cone, which has three speeds for 3 in. belt. There is an outer supporting center for each cutter arbor, while still allowing free access to the work. The table is wide and heavy, afford- ing a solid support for large jigs, etc.
GENERAL DIMENSIONS
Vertical adjustment of knee
Horizontal adjustment of slide
Length of slide
feed
Width of slide on top
Diameter of spindles at front bearing
Distance between spindles
Diameter of tight and loose pulleys
Speed of countershaft
Wfcight
8 in.
6 in.
36 in.
16 in.
10 in.
.2 3-16 in
5 in.
. .12x3 in. . . 180 rev. 1,900 lbs.
Price on application.
44
THE GARVIN MACHINE CO.
Two-Spindle Milling Machine, Vertical Table,
This machine is especially designed for milling sewing machine arms, but can be used on any work where it is convenient to hold the jig in a vertical position. The table is heavy, 12 ins. wide and 24 ins. long, and slides in a bearing on the knee, which is 33%^ ins. long, so that the table has a bearing its entire length. There is ample vertical adjustment of the knee on the face of the column. The feed is by rack and pinion connected with a hand wheel, that is geared up for quick return. The two spindles are so placed that the finishing cut is just com- mencing as the roughing cut is done, making but one setting necessary. The finishing spindle has a fine vertical adjustment of ins. below the other. There is an outside supporting center for each cutter arbor, without interfering with the free access to the work. Both spindles are geared and driven from the same'cone, which has three speeds for 2}4 in. belt. There are also three changes of feed with automatic trip.
GENERAL DIMENSIONS.
1 ,ength of feed
Diameter of spindles at front bearing, Distance between center of spindles. . Diameter of tight and loose pulleys. . Speed of countershaft.
Weight,
. . . .14 in. 2 3-16 in.
...5K
. .12x3 in. ..180 rev. .1700 !bs.
Price on application.
THE GARVIN MACHINE CO.
45
Vertical Table Milling Machine.
For work most conveniently held on a vertical table this machine will be found to be excellent. The table has a screw feed of 24 inches, and a vertical adjustment is made by nuts on the vertical screw. The bearings between the table and block and between the block and column, are all long, insuring stiffness, and being scraped to an accurate fit, avoids excessive wear. The feed motion is derived from the spindle by two belts, one of which runs over cone pulleys giving three changes of speed. The trip acts automatically, and can be set to disengage the worm at any point in the travel. The overhanging arm is of our standard form, and the outboard center is cylindrical, thus obviating the many difficulties associated with the old form. The spindle bearing are of our standard form, and the tools are removed from the spindle by means of a drift. The cone has three steps for 2% inch belt. A friction countershaft and the necessary drift and spanners accompany the machine.
GENERAL DIMENSIONS.
Max. distance between spindle and table, Min. “ “ “ “ 44
Diameter of Spindle
Length of front bearing
“ table
Length of feed by power
“ “ hand
Width of table
Countershaft pulleys, tight and loose
Speed of countershaft
Weight
Price
12 in.
3 in.
...1 15-16 in.
4 Yz in,
24 in.
15%" in.
15^ |in.
12KK
14x4 lin.
100 rev.
.. ..1400 lbs. $425 00
46
THE GARVIN MACHINE CO,
Double Head Pace Milling Machine.
This machine is well arranged for milling work, with two parallel sides. It is driven by compound gearing, and will carry face mills as large as 11 ins. in diam- eter. The feed is automatic, and is operated by a worm and worm gear. The heads are 9% ins, apart, with a strong pan, firmly secured, filling the space. To this the holder is attached that receives the work that is to be milled. When mil- ling wrought iron or steel, the pan is filled with oil or soda water. This method of milling is very expeditious and reliable.
GENERAL DIMENSIONS.
The spindles are
The thread on spindles to hold cutters
The motion of or feed of spindles, each
Pulleys on countershaft
No. of turns countershaft should make for 11 in. mills “ “ “ 41 “ 6 Weight of machine and countershaft, about
,2^ in. diam. x 26 in. long. . .2 in. diam. x V/2 in. long.
% in.
16x6 in. face
120
150
2,500 lbs.
Price on application.
THE GARVIN MACHINE CO.
Compound Milling Machine.
PATENTED.
This machine is designed to mill, simultaneously, the two cuts upon a sewing machine arm at right angles to each other, saving 50 per cent, in time over the old method. One spindle is stationary, while the other, mounted on a cross slide carried on the main table, is given the necessary cross motion by means of a block moving in a diagonal slot fixed in the bed. It is particularly noteworthy that the milled surfaces are bound to be always square with one another, independent of the setting of the casting or jig, for the squareness depends on the slides of the machine, not on the perfect clamping of one surface. The fixed spindle carriage is adjustable in and out at the back side of the machine, and the plate on which the jig is placed is adjustable in the direction of the length of the moving spindle. Various ratios between the lengths of the two cuts can be obtained by swiveling the plate in which is the diagonal slot. It will be seen that the machine is . applicable to a wide range of conditions. The spindles are strongly geared, and the table and bed are substantially built, and provided with liberal bearing surfaces. Every provision is made for taking up wear both in spindles and slides. Weight, with countershaft 1 ikc
Price on application.
48
THE GARVIN MACHINE CO.
Grinding Bevel Cutters. Grinding Taper ReamerSr
Bench Cutter Grinder.
This small machine has ample capacity for all the ordinary sizes ancf varieties of milling cutters, while its compactness and small cost render it practicable to have several distributed around the shop in the vicinity of each group of Milling Machines, where they will prove a valuable addition to the plant and soon pay for themselves in time saved.
The machine is well made throughout and will grind mills and shell reamers, cut spiral or straight, from 5 in. diameter and 4 in. face, down to the smallest; side or face mills, bevel or angle cutters, from 8 in. diameter down; reamers, hand, machine, rose and taper, as large as V/2 in. diameter and 8 in. long; butt mills, either straight or taper; cutters for milling T slots and hollow mills, such as used on Screw Machines. Saws, cutters for gear teeth, drills and all such tools, as are generally ground by hand, can also be handled.
Both spindle and arbor are of steel hardened and ground, the latter to 1 in. standard size. All adjusting screws and nuts are case hardened and fit wrench attached to the machine.
The machine can be placed on the bench where most convenient, and driven by straight or quarter turn belt.
A single hanger countershaft \vith 4%x2in.T. & L. pulleys completes the machine.
Speed of countershaft 600 rev.
Price, complete with emery wheel, as shown in cut $35 OO
Price mounted on column 42 50
THE GARVIN MACHINE CO.
49
Cutter Grinding Machine.
SHOWN WITH SURFACE CRINDER ATTACHED.
We desire to call special attention^ to the several improvements which we have recently made in our mach- ine for grinding cutters. The con- struction has been simplified by sub- stituting a planed knee for the heavy stud in former use. A sliding plat- form, made to move more freely than! in the old style machine, is fitted to1 this knee and is bound in any desired^ position by tightening a gib by means' of a hand screw shown beneath. A special attachment is also provided! for this machine, when required, for surface grinding. The machine cam be changed from a cutter grinder to- a surface grinder in a few minutes. Upon the sliding platform is a stand capable of being held by a cam binder at any desired angle. This stand is^ used for mandrel stud, and has a graduated arc of 90 degrees for set- ting the stud at any angle. The cen- ters shown in cut enable the operator to sharpen reamers and taps of almost any shape. With this machine all sizes; and shapes of cutters can be handled, from in. to 8% ins. diameter, and face mills, by using platform shown at foot of machine, up to 12 ins. diameter. The; arrangement is such that plenty of space is allowed for the hands in sliding the; work upon the mandrel. *The slide and spindle bearings are sheathed and covered, with cap nuts for the exclusion of dust and emery. The spindle boxes have ad- justment for wear, and the sliding surfaces are substantially gibbed. The surface grinder will grind a piece 10 ins. long and 8 ins. wide. The slide is operated by a rack and pinion movement, making it very sensitive and quickly handled. The ■cross feed is operated by a screw attached to the end of the knee. This attach- ment is very useful in grinding small, hardened work, such as straight edges, •cutting dies, calipers, gauges, etc., Small pieces can be held in a vise made fast to the side for that purpose. Drift and wrenches accompany the machine. Countershaft hangers adjustable and self-oiling.
GENERAL DIMENSIONS
Tight and loose pulleys on countershaft 4%x2 in. face.
Speed of countershaft 400 rev.
•Weight of machine, complete 400 lbs.
Price $135 OO
“ of surface grinding attachment and No. 2 vise 50 OO
“ centers 1 O OO
“ extra platform for face mills 3 OO
u arbor for emery wheel 2 50
50
THE GARVIN MACHINE CO.
Die Grinder.
This is a very desirable tool, designed particularly for use in connection with punch presses for grinding and sharpening dies, punches, &c. It is also well
adapted for general use as a small surface grinder. The slide is traversed by hand
#
by means of the lever shown, which makes a simple machine and secures quick work. The spindle has a vertical adjustment of 7 inches by a screw, providing ample room for running wheels of large diameter. The spindle bearings are oiled by screw top oil cups, thus effectually excluding all dust and emery. The plan of belting this machine puts a loop in the belt, which allows belting direct and dis- penses with a tightener. The table has transverse screw adjustment of inch, and is provided with a T slot for holding work. A surface 6x8 inches can be ground at one setting of the machine. The countershaft has tight and loose pulleys 4J^x2 in. and should run 400 revs, per min.
GENERAL DIMENSIONS.
Length of Table 15 inches. I Length of Traverse 8 inches.
Width “ 5 “ Width “ 6 y8 “
Max. distance bet. spindle and table 7 in. | Min. distance bet. spindle and table 0 in.
Size of Arbor J^in. will take a wheel ffjin. thick.
Price, including Countershaft and Emery Wheel $100 OO
THE GARVIN MACHINE CO.
51
No. 00 Screw Machine For Bench.
This size screw machine is designed for very small, quick work, requiring a light sensitive machine. All parts are made in the best manner. The sliding sur- faces are scraped to a perfect bearing, and the spindle boxes thoroughly fitted and provided with means of taking up wear, while parts subject to very severe wear, such as the turret mechanism, are hardened. The turret slide has an adjustable stop, and the block can be bound anywhere along the bed. The cut-off slide has two tool posts, with adjustable stop for each. For holding work we make a set of hardened spring bushings, ranging from No, 30 guage down to the smallest. On these machines, all kinds of small shoulder screws, handles, knobs, washers, collars, pins, etc., can be turned out with great rapidity, accuracy and finish. The wire chuck, which acts with the machine in motion, is worked by the handle at the end of the head. One stroke of the lever releases the grip of the chuck and allows the wire to pass in through the hollow spindle, while the return stroke tightens the chuck and binds the wire.
GENERAL DIMENSIONS.
Swing over bed 6 in.
•Movement of turret slide 2 in.
Number Of holes in turret 6
Diameter of holes in turret 7-16 in.
Diameter of hole through wire feed spindle 5-16 in.
Counter friction pulley 6x2 in.
Weight 200 lbs.
Speed of countershaft 320 revs.
Price, as shown with wire feed.... $300 OO
Price, mounted on column 3 1 5 OO “ without wire feed. 24*0 OO
52
THE GARVIN MACHINE CO.
No. 1 Screw Machine, with Wire Feed.— (Patented.)
This is similar to the No. 2 Machine in design and construction, and like it, is made with and without wire feed. The machine is shown with the wire feed, and is adapted for making steel screws 1-16 to % ins. diameter, and doing every kind of light, quick work for which these machines are so generally used. The wire feed used in these machines acts instantly with the machine in motion, and does not pull nor mar the wire in gripping. One stroke of the lever releases the grip of the chuck on the wire which feeds forward, and the return stroke again tightens the chuck. The chuck is a tempered spring collet working in a hardened and* ground taper shell in the end of the spindle. This brings the chuck close to the bearing and thus secures great solidity, noticeable in taking broad cuts. The wire feed apparatus has discs of hardened steel with holes arranged in a circle for various sizes of wire, which act as bushings and have the advantage of always being ready, which facilitates setting up the machine. We furnish to order a set of spring collets from an % to % in. by thirty-seconds for the wire feed. The spindle bearings are bronze cap boxes, and all sliding surfaces are scraped to a bearing. Means are provided throughout the machine for taking up wear and preserving the alignment. The cone is 6 in. diameter for 2 in. belt The turret has six holes for the reception of tools, and works easily and quickly. The plain machine is identical with the wire feed, except as with the No. 2 Machine the capacity is increased. One chuck, 1 drip pot, 1 stop and the necessary case hardened wrench, with the countershaft, complete a machine, and are included in the price.
GENERAL DIMENSIONS.
Wire feed capacity % to y2 rod.
Without wire feed, cap’y. . to ^ in.
Diameter of turret 4J4 ins.
“ holes in turret. . .11-16 in.
Movement of turret slides 3 ins.
Swing over the bed 9 in.
Friction clutch pulleys. . Speed of countershaft. . .
Weight complete
Price with wire feed. . . . “ without wire feed.
8x3 in.
225 rev.
425 lbs.
$375 OO 275100
THE GARVIN MACHINE CO.
53
No. 2 Screw Machine.
We make this size in two styles, one with wire feed, and the other without. The addition of wire feed to this class of machines has more than double their capacity of work per day. Two motions of a lever feed the stock forward and clamp it ready for another operation. The stock is held by a spring collet, which, while holding it firmly, does so without marring it. The collets keep the stock central, enabling one to use stock which is the finished size of part of the screw or piece. The turret has six holes for the reception of tools. The indexing mechan- ism for the turret is of hardened steel, and is strong and substantial. The locking pin is hardened and ground, and works in an adjustable taper bushing, and fits into hardened taper sockets in the under side of the turret. The turret slide has a screw stop, and the bearing block is readily adjusted along the bed. The cross slide has two tool posts which are each provided with elevating collars, %vhich give a fine and parallel adjustment for tools. The slide is provided with a screw stop, and is moved by a capstan head or lever as may be ordered. The spindle bearings are bronze cap boxes, and all sliding surfaces are scraped to a bearing. The cone is 854 inches in diameter and has three speeds for 254 inch belt. There is a large reservoir in the bed of the machine, into which the oil drains and is drawn off at the bottom. The wire feed machine which we have described is identical with the plain machine in all other particulars, except that the spindle capacity of the plain machine is somewhat greater. One chuck, one drip pot, one stop, the necessary case hardened wrenches, with the countershaft, complete a machine, and are included in the price. general dimensions.
Wire feed capacity 54 to ^ in.
Without wire feed 54 to 1 3-16 in.
Diameter of turret 6 in.
“ 41 holes in turret 1 in.
Movement of turret slide 5^4 in.
Diameter of spindle 2l/% in.
Swing over bed 1054 in.
Fricton clutch pulleys 10x4 in.
Speed of countershaft 200 revs.
Weight, complete 850 lbs.
Price, with wire feed.. ..$450 OO “ without “ 350 OO
54
THE GARVIN MACHINE CO.
No. 3 Screw Machine.
A machine of sufficient power and spindle capacity to make screws and studs of from % to 1 inch in diameter, from rods of steel, iron or brass. It is also adapted for threading steam and gas pipe fittings, tapping and facing nuts, &c. With proper forming tools in the cross slide a great variety of pieces of irregular outline can be handily and cheaply made. The cut off slide is moved either by rack and pinion, or by a screw as may be ordered. We build this size of machine either plain, with plain back gears, with friction clutch permitting the instant engaging or disengaging of the back gears without stopping the machine, and with or with- out wire feed. When especially ordered a power feed is applied to the turret slide. The machine is driven by a three step cone for a three inch belt. A friction countershaft and the necessary wrenches, spanners, &c., accompany each machine.
GENERAL DIMENSIONS.
Capacity with wire feed
“ without “
Diameter of turret
“ “ holes in turret
Number “ “ “
Movement of turret slide
Diameter of spindle
Swing over bed
Friction clutch pulleys
Speed of countershaft
Weight, complete
Price, with wire feed
“ without “
“ B’k Gears, extra
“ Power feed “
u Friction head, extra
. .% to 1 inch, to 1 7-16 “
8 “
IK “
6
inches.
...2K “
..14 K “ ..14x4 “
150 rev.
1600 lbs.
$575 OO 425 OO 75 OO 80 OO 1 50 OO
THE GARVIN MACHINE CO.
55
Dimensions and Prices of Screw Machines.
Capacity, with wire feed
“ without “
Diameter of turret
“ “ holes in turret
Number “ “ “ “
Movement of turret slide
Diameter of spindle
Swing over bed
Friction clutch pulleys
Speed of countershaft
Weight, complete
Price with wire feed
“ without u
Extra for mounting on column.
Back gears, extra
Power feed to turret, extra. . . . Friction head, extra
|
No. 00. |
No. 1. |
No. 2. |
No. 3. |
|
Oto^ |
X toK |
54 to ^ |
% to i |
|
to T6 |
to % |
to 1t3¥ |
to 1^ |
|
2^8 |
4lA |
6 |
8 |
|
T6 |
11 16 |
1 |
154 |
|
6 |
6 |
6 |
6 |
|
2 |
3 |
5K |
554 |
|
154 |
1 % |
254 |
2K |
|
6 |
9 |
10K |
14K |
|
6x1^ |
8x3 |
10x4 |
14x4 |
|
240 |
225 |
200 |
150 |
|
200 |
425 |
850 |
1600 |
|
$300 |
$375 |
$450 |
$575 |
|
$240 |
$275 |
$350 |
$425 |
|
$15 |
$75 |
||
|
$80 $150 |
|||
WORK EXTRACTOR.
Special Screw Machine Attachment.
For manufacturing gas burners and other articles where rapidity in handling is •desired, we make an attachment to our Screw Machines by which, when the grip of the chuck is released by the motion of the lever, the piece is automatically knocked out and another can be inserted without stopping the machine.
Price on application.
THE GARVIN MACHINE CO.
56
Monitor Lathes or Turret Head Chucking Machines.
For performing turning operations on metals not requiring the use of oil in cut- ting, the Monitor Lathes, illustrated above, are especially convenient. Pieces can be chucked, bored and faced much more rapidly and accurately by this means than by any other. The 12 and 16 inch swing machines are built either plain, with com- mon back gears, or with back gears operated by a friction clutch allowing the gears to be instantly thrown in or out of action. This arrangement is of great service where two speeds of cutting are necessary, as the change from one to the other can be made without stopping the machine. The beds are of the open pat- tern with the turret saddle and cut-off slide, fastened by the usual screw clamps.
DIMENSIONS AND PRICES.
|
Swing |
9 inch. |
12 % in. 13-11 |
16 inch. |
|
Diameter of hole in spindle |
Z/4r 11-16 |
1 5-16 |
|
|
Diameter of hole in turret |
1 |
IK |
|
|
Diameter of turret |
4 % 3 |
6 |
8 |
|
Length of feed |
5K 3ft. -2 in. |
5K |
|
|
Length of bed |
32 |
5 y2 ft. |
|
|
Largest diameter of cone |
6 |
8K 2K 10 |
12 in. |
|
Width of belt |
2 |
3 K |
|
|
Diameter of counter friction pulleys |
8 |
14 |
|
|
Face “ “ “ “ |
2K 225 |
3 |
4 |
|
Speed of countershaft |
200 |
150 |
|
|
Weight |
425 |
850 |
1400 |
|
Price |
$250 |
$300 60 |
$375 |
|
Price back gear, extra |
75 |
||
|
Price power feed, extra |
80 |
||
|
Price friction head, extra |
100 |
150 |
THE GARVIN MACHINE CO.
57
Roughing Box Tool.
Fig. 1.
Tools used in Turret Head of the Screw Machines.
Fig. 1, the box tool, reduces the stock to the head and body size of the screw at one operation; if different diameters are wanted, as in shoulder screws, the hollow mill is used, Fig. 2.
Fig. 4 shows a holder to be used in holding with the bushing (Fig. 3), drills, reamers and other tools, when doing hollow work.
The die holder. Fig. 5, is used in cutting threads, either on the ends or shoulders of the screws, and with the use of the split bushing " (Fig. 3) can be used as a tap holder.
PRICES OF STANDARD SIZES OF SCREW MACHINE TOOLS.
SPECIAL SIZES AT EXTRA PRICES.
|
No. 00. |
No. 1. |
No. 2. |
No. 3. |
|
|
Wire feed chucks |
$ 2.25 |
$ 2.25 |
$ 2.50 |
$ 3.50 |
|
Adjust, box tool with 1 tool holder & back rest |
22.00 |
26.00 |
35.00 |
45.00 |
|
Roughing box tool |
10.00 |
12.00 |
15.00 |
18.00 |
|
Tool holder |
2.00 |
2.00 |
3.00 |
4.00 |
|
Hollow mills, adjustable, Fig. 2 |
2.00 |
2.00 |
2.50 |
3.00 |
|
Tap holder |
6.00 |
8.00 |
9.00 |
10.00 |
|
•Die holder |
8.00 |
10.00 |
12.00 |
14.00 |
|
Facing milis |
3.00 |
3.00 |
4.00 |
5.00 |
|
Cutting off tools |
2.50 |
2.50 |
2.50 |
3.00 |
|
Dies |
1.50 |
1.75 |
2.25 |
3.00 |
|
Knurling tool to fit turret |
8.00 |
10.00 |
12.00 |
15.00 |
|
Right and left hand screw chuck |
14.00 |
18.00 |
22.00 |
28.00 |
|
Steel slip jaws plain, per pair |
2.00 |
2.00 |
2.50 |
3.00 |
58
THE GARVIN MACHINE CO.
Samples of Screw Machine Work.
The above samples, in steel, iron and brass, are a few taken from our regular shop work, made upon wire feed machines, with tools shown on following page. Parties ordering machines to do similar work will save time and expense by
having a set of these tools accompany the machine.
THE GARVIN MACHINE CO.
59
Screw Slotting Machine.
In this machine we have sought to produce an easily and rapidly operated de- vice, which could be sold at a reasonable price. In the construction of the machine, we have aimed at simplicity and convenience of working. The entire operation is a straight downward motion for gripping and slotting the screw, and the upward return motion releases it and leaves the jaws ready for the next. One jaw being adjustable, screws from 3-16 in. to y2 in diameter can be handled with- out the trouble of changing any of the parts. The bearings of the machine are all adjustable, to compensate for wear, and convenient adjustments are provided for position and depth of slot. This machine, aside from screw slotting, may be applied to work which demands various forms of light milling where extra speed of manipulation is desired. The head is mounted on a planed iron table, around which is a groove for oil and chips. Countershaft hangers are adjustable and self-oiling.
GENERAL DIMENSIONS.
Tight and loose pulleys on countershaft 8x2^ in. face.
Speed of countershaft 155 rev.
Weight of machine, complete 300 lbs.
Price of machine, complete $80 OO
60
THE GARVIN MACHINE CO.
Light Bench or Post Drill.
This drill is intended for electrical and mathematical instrument work and general light manufacturing. The machine, it will be seen, takes up but little space. Photograph will be sent showing the grouping of these drills on all sides of a bench, all driven from one countershaft with friction clutch pulleys. The driving is done through one long belt passing over idler pulleys, and the spindle pulley runs on a hollow stud, which takes the pull of the belt instead of the spindle. The spindle has an adjustable stop on the upper end to regulate the depth of hole. The table is light, has oil groove, and is quickly adjusted and bound by the fixed wrench shown. We make another style of column for the same drill, which is adapted to fastening to the wall or a post.
GENERAL DIMENSIONS.
Diameter of spindle 11-16 in.
Travel of spindle 3% in.
Vertical adjustment of table 13% in.
Tight and loose pulleys 4%x2 in.
Speed of countershaft 320 revs.
Largest drill used Yz in.
Weight with countershaft 150 lbs.
Price, including small chuck and countershaft $50 OO
THE GARVIN MACHINE CO.
61
No. I Drill Press. With I or 2 Spindles.
This machine is designed more for jobbing than for manufacturing, and is fitted up with one or two spindles. Those with two spindles have a cone pul- ley, allowing two speeds for each spindle. Those fitted up with one spindle have a cone pulley for three speeds. The back shaft has a cone pulley for four speeds. With the above mentioned alterations the press is the same as No. 2 in every particular.
GENERAL DIMENSIONS.
The two-spindle press will drill holes from. . . .
The one-spindle press will drill holes from
Size of pulleys on two spindle
Size of pulleys on one spindle
Size of pulleys on countershaft, tight and loose
Number of revolutions per min
Weight of machine and countershaft
Price of two-spindle press
Price of one-spindle press, as shown in cut. . . .
to % in. diam.
is to y2 in. diam.
2 and 3 in. x 1 in. face. .2 3lA and 4*4 in* x 1 in. face.
6x2% in.
180
650 lbs.
$160 OO
ISO OO
62
THE GARVIN MACHINE CO.
No. 2 Drill Prass.
This machine has three spindles, and runs at high speed without noise, and is well arranged for light drilling. The spindles are made of steel 15-16 in. diameter, hardened and ground, and 12 in. long, with taper holes for tool shanks % in. diameter and 2% in. deep, with drift-key way to remove the tool from the spindles. The arrangement for the spindles and the adjustment on the column and table are the same as described in Press No. 4. The arrangement for communicating power to the drum is unlike the other machines; it is more simple, and as high speed and little power is required on this press for drilling holes 1-16 to % in. diameter, we believe it is the best : and this opinion is founded on the fact that we have a large number of these machines in use and they give general satisfaction. The base has a raised rim around its edge for catching oil, etc. The countershaft hangers are adjustable and self-oiling.
GENERAL DIMENSIONS
Greatest distance from lower end of spindle to table 19 in.
Shortest “ “ “ “ “ 4 in.
Length of table 18 in.
Width “ 12 in.
Distance, center to center of spindles 4 ^ in.
Tight and loose pulleys on countershaft 6 and 8 in. in. face.
Speed of countershaft for fast motion 220 rev.
Speed of countershaft for slow motion 165 rev.
Weight, complete 700 lbs.
Price, as shown in cut $1 75 OO
Price, with four spindles 1 90 OO
THE GARVIN MACHINE CO.
No. 3 Drill Press.
This press is designed to driil holes from 1-16 to in. diameter. It runs noise- lessly, and has no gearing except the milled rack and pinion for raising and lower- ing the table. The spindles are 1 1-16 in. diameter and hardened and ground, as are also the idler pulley studs. There is a tapered hole in the spindle for receiving the shank of tool which is ^ inch diameter at large end and 2% ins. deep, with a mortise for drift-key to remove the tools from the spindle. The upright shaft which carries the drum runs in hardened steel bearings, making this a perfect running press in every particular.
When so ordered, we are prepared to furnish an individual lever movement for the spindles in place of the regular table movement. In this case the table is mounted on a plain knee bolted to the face of the column, but adjustable up and down. The countershaft has two sets of tight and loose pulleys and adjustable self-oiling hangers.
GENERAL DIMENSIONS.
Greatest distance from lower
end of spindle to table 18 in.
Shortest ‘, u “ 4 in.
Length of table 22 in.
Width of table 14 in.
Distance, center to center of spindles 4^ in.
Pulleys on countershaft, tight and loose 8 and 10x3 in. face.
Countershaft should run 120 rev.
on the 8 in. pulley.
Countershaft should run 90 rev.
on the 10 in. pulley.
Weight of press and counter- shaft 850 lbs.
Price, as shown in cut. ..$250 OO “ with six spindles. .. 290*00
64
THE GARVIN MACHINE CO.
This machine is very- heavy, and designed for drilling holes ranging from to in. diameter, also for counterboring, teaming, face-milling, or any work that is conveni- ent to be done on an up- right drilling machine. The spindles are made of steel ins. diameter and 20 ins. long, and are held down by adjustable har- dened steel steps at top of frame. The lower end has a taper hole to receive the shank of tools ^ in. diameter and 4 ins. deep, with mortise for drift key to remove the tools from the spindle. The spindles run in composition metal boxes fitted up in a very substantial manner, with ample means of adjust- ment for wear. The table on which the work is placed has hand and foot levers connected by a milled rack and gear to elevate and lower the table, in connection with adjustable stops to limit the exact motion required. The table guide frame is planed to fit the front of the column by tongue and groove guides, so that the whole table and frame, with all the attachments, can be raised or lowered up or down the column by means of a wire cable with a worm and gear, and can be held in a true position at all points. Countershaft has adjustable self-oiling hangers.
No. 4 Drill Press.
GENERAL DIMENSIONS.
Greatest distance from lower end
of spindle to the table 20 in.
Shortest “ “ “ “ 6 in.
Length of table 26 in.
Width “ 16 in.
Length of Spindle 20 in.
. Diameter “ 1 5-16 in.
Distance between spindles 5 in.
Pulleys on countershaft, tight
and loose 12x3^4 in. face.
Rev’s of countershaft per min 140
Weight of press, with counter- shaft, about 1,200 lbs.
Price with countershaft, as shown
incut $350 OO
Price with six spindles. .. . 400 OO
THE GARVIN MACHINE CO.
65
Drill Presses.
|
Bench or Post. |
No. 1. |
No. 2. |
No. 3. |
No. 4. |
|
|
Capacity |
0 to Yz |
Ttto% |
T6 to ^ |
TttQlA |
|
|
Greatest dist. bet. spindle & Table... |
20 |
ish |
19 |
18 |
20 |
|
Least 41 “ “ 14 u ... |
1 |
4 |
4 |
4 |
6 |
|
Length of feed |
3K |
4 |
4 |
3% 22 |
4 |
|
Diameter of spindle |
1 5 |
1 |
1 5 1nr 26 |
||
|
Length of table |
7 |
15 |
18 |
||
|
Width “ “ |
7 |
10 |
12 |
14 |
16 |
|
Distance bet. centers of spindle |
4K |
4X |
4^8 |
5 |
|
|
Countershaft pulleys |
4%x2 320 |
6x2% 180 |
6&8x2K 220 |
8 & 10x3 |
12x3^ 140 |
|
Speed of countershaft, [fast] |
120 |
||||
|
“ “ “ [slow] ... |
165 |
90 |
|||
|
Weight, complete |
150 |
1 650 |
700 |
850 |
1200 |
|
Price, as shown |
$50 |
$150 $160 |
$175 |
$250 |
$350 |
|
“ with two spindles |
|||||
|
“ u four “ |
$190 |
||||
|
‘‘ “ six “ |
$290 |
$400 |
|||
Cam Groove Miller.
For milling cam grooves on flat pieces, such as the cam on a sewing machine needle bar, there are two slides one carried on the other, each being controlled by a cam, one of which gives the vertical and the other the horizontal motion and working in combination give a uniform feed throughout and produces a groove in which the roll will fill without shake in any part. The two large cams, besides giving a uniform feed, afford a very much larger wearing surface than a groove which is a fac simile of the one to be cut, and the cams having also no sharp corners to wear off will last much longer and produce better work. The cutters are held in a spring chuck and the cutter head is adjustable for depth of cut. An automatic stop motion is provided to stop the machine at the end of the cut, Price and Photo on application
66
THE GARVIN MACHINE CO.
Nos. 3 and i Automatic Teed Drill Press.
These machines are the result of the application of gearing to the spindles and an automatic vertical feed to the tables of the regular drill presses of these two sizes.
The machines are accordingly more powerful and positive in their action, and on certain classes of manufacturing, where uniformity of work is the important point, are an economical tool. There is an automatic trip for feed, adjustable to any point, and can be readily disengaged by hand.
The lever feed can be employed, when desired, without any change of parts.
The capacity of the presses is precisely the same as the regular No. 3 and No, 4 Drill Press.
Prices on application.
THE GARVIN MACHINE CO.
67
Independent 4-Spindle Drill Press.
This is a most convenient press for many kinds of work. Each spindle runs in a long sleeve which holds a rack, and is fed down by a pinion on the clutchshaft which runs behind the spindles. There is a handle on each spindle shell to move it quickly, and the power feed is thrown in by engaging the fine clutch on the rack pinion, which is done by means of the handles seen at the side of each spindle. There is an adjustable stop on the spindle sleeve which throws out the clutch, and the spindle is then raised by the balance weight shown over the top plate of the machine. Each spindle remains in its highest position when not in use, so that a hole may be drilled with one spindle and counterbored with another without interference, or four holes, all of different sizes and depths, may be drilled at one time, each to its set depth. The spindles are driven by gearing, and the feed through worm gearing running in oil, thus making a positive and powerful machine. There is a small rotary oil pump on the back of the column, driven from the cone shaft, the supply from which can be led up to the drills by suitable tubing. The table is adjustable on the column, and is 6x21 ins., with a large oil groove all around, which can be connected with the rotary pump. There are three changes of speed and feed. The lower bearings for the spindle sleeves are split for taking up the wear. The countershaft hangers are adjustable and self-oiling.
Distance from center of spindle
• to face of column 6 in.
Length of feed 3 in.
Diameter of spindle 1T5^ in.
Width of belt 3 in
GENERAL DIMENSIONS.
Price on application.
Countershaft pulleys 12x3 in.
Greatest distance from lower end
of spindle to table 20 in.
Shortest “ “ 6 in.
Weight 1,200 lbs.
G8
THE GARVIN MACHINE CO.
Automatic Drill Press.
The cut shows four of these presses mounted together. Each one is, in fact, a complete, perfectly independent drill press, so that two or three may be set for special jobs, and the remaining one used for general work. There is automatic feed and trip and handle for quick movement of the spindle by hand. The spindle is 1-^- in. diameter, balanced, and has a movement of 3% ins. The machine will drill holes up to 1 in. diameter, and do such other work as ordinarily comes within the province of a drill press. The feed is by rack and pinion, the thrust being taken on a hardened step in the end of the spindle. The tables are independently adjustable, and raised and lowered by rack and pinion. Provision is made to catch oil as shown. These presses are mounted singly on a column, or upon a rigid framewrork in groops of two, three or four, as certain manufactur- ing operations demand. The cone has three speeds for two in. belt. There are three changes of feed.
GENERAL DIMENSIONS.
Length of feed Vy{ in. I Speed of countershaft 200 revs.
Tight and loose pulleys 8x2j| in. | Weight 3,200 lbs.
Price on application.
THE GARVIN MACHINE CO.
69
Six Spindle Automatic Drill Press.
The spindles are driven from a floor countershaft by belts, which run to the spindle over idiers. The driving pulleys are attached to the countershaft by clutches, which allow the spindles to be run independent of each other. A lever conveniently plactd operates the clutch, and a handle is provided for quick return of the spindle. The machine has two changes of speed and three changes of feed.
Weight, about 4,200 lbs.
Adjustable Spindle Drill Press.
This machine is mounted on one of our regular No. 2 Drill Press columns with similar lower works, and fitted with three spindles set in line and operated at the same time. Holes may be drilled up to % in. diameter. The outside spindle frames are adjustable independently by means of screws and hand wheels, and will drill from 6 to 8 in. from center hole. The center spindle is stationary. Table is long enough to hold work when spindles are 3 ft. apart. A belt tightener accommodates the belt to its different positions.
Weight, about 750 lbs.
Nine Spindle Drill Press.
This is a special multiple drill designed for drilling holes radiating from a common center, such as certain kinds of gasoline burners, sprinklers, electric commutators, etc. The rows of holes are drilled nine holes at a time, and the piece is then indexed for nine holes more. The number of holes to be drilled at a time can be changed according to the number of holes in the complete circle. The spindle holding the work can be raised or lowered, so that a number of rows can be drilled at various distanoes apart. The spindles are all fed in and out together by the to and fro motion of a lever on top. The spindles are driven by friction, and therefore run noiselessly and admit of high speed.
Diameter of largest drill can use, inch.
Ten Spindle Drill Press.
This is a heavy machine for drilling a series of holes in a row at one time. Ihe spindles can be adjusted relatively to each other, and are fed down together and tripped automatically. The table is adjustable on the column.
Prices on application.
70
THE GARVIN MACHINE CO.'
Two Head Drill Lathe.
This is a special form of drill press, designed particularly for manufacturing operations where it is desired to drill holes in the opposite ends or sides of a piece of work, and have the holes in line, such as the shaft hole in a sewing machine arm, etc.
The work is held in a fixture between the heads and the holes drilled, reamed or counterbored with the certainty that they will be in line and the further advantage of drilling two holes at one time.
This style of drill press is also most convenient for drilling holes in ends of long rods, frames, legs, etc., which cannot be handled to advantage in an ordinary drill press.
The heads are fed up simultaneously and the power feed is automatically tripped by an adjustable stop, so that the holes will always be the same depth. Hand feed, operated by the large wheel in front, is also provided for quick return and rapid handling of work. The spindles run in composition taper boxes, adjust- able for wear, and sliding surfaces are scraped to a perfect bearing.
GENERAL DIMENSIONS.
Height of center of spindle. 4 13-16 in.
Extreme distance between heads 36 in.
Diameter of largest hole can drill 7-8 in.
Price on application.
THE GARVIN MACHINE CO.
71
Boring Machine.
This machine is intended for every kind of general work that comes within its range. The cone is ins. diameter for 3% in. belt, and is back geared 8 to 1. The spindle driving the boring bar is 2 ins. in diameter, sliding in a 3 in. steel sleeve, and is fed by rack and pinion at the back end. The feed is driven through a large worm gear and worm running in oil, which latter can be dropped out of the gear, and spindle run back quickly by means of the handle on the face of the worm gear. The feed drives through a clutch carried on the worm shaft, which is brought out to the front of the machine and provided with a hand wheel, so that, throwing the cone pulley clutch out of gear, a very fine hand feed can be given to the spindle, useful in facing off. The table is 8 ins. wide on top and 18 ins. long, with hand wheel and screw for horizontal adjustment, and has two T slots running the whole length. The knee adjusts vertically upon the face of the column and the frame that forms the outside support for the boring bar, making a very solid support for the work. The driving cone has three grades, 3^ in. face, and there are also three changes of feed. We make this machine with a table 12 ins. wide on top and 24 ins long.
GENERAL DIMENSIONS.
Length of feed 12 in.
Distance from center of spindle to top of table in lowest po- sition 14 in.
Tight and loose pulleys 14x4 in.
Speed of countershaft 120 rev.
' Weight 2,000 lbs.
Price $600 OO
72
THE GARVIN MACHINE CO.
Wood Planer.
This machine is designed for dressing wood for mounting ELECTRO- TYPERS’ and STEREOTYPERS’ PLATES. The machine is all metal, and is very substantially made, and has both hand and power feed. The spindle and cutterhead are similar to the Daniels Planer in their operation. The head that carries the cutter is a flanged disc, running without noise or blowing. The spindle has a collar and step on the top end to prevent friction and grinding, as is the case in fast running spindles that have shoulders on both the upper and lower boxes. The sliding table is 1% inches thick, and on the under sides are guides planed to fit the bed, while the top side takes the spui jaws that bold the work. The edge of the table has a gib piece fitted to it, which prevents the tipping up and side wise motion of the table when run far out. A stop screw is provided on the top of the spindle slide for convenience in resetting the cutter head. In setting up this machine, care should be taken to have an equal bearing on all four feet — a blow with a wooden mallet over the bearing parts will best indicate this — and when found correct, secure the feet firmly to the floor. It is important to have the cutters that are to be used together, of exactly the same weight. The countershaft hangers are adjustable and self-oiling.
GENERAL DIMENSIONS.
Will plane the smallest block.
“ width 16 in.
“ “ length 30 in.
Length of sliding table 42 in.
Width “ “ “ 16%: in.
Diameter of cutter head 18 in.
Size of the machine on the floor 5x3 ft.
Size of tight and loose pulleys on countershaft. . 6x4 in. face.
Number of turns countershaft should run per minute 400
Weight of machine and countershaft 1100 lbs.
Price, as shown in cut $375 OO
THE GARVIN MACHINE CO.
73
Nos. 0 and 1 Vertical Tapping Machines arranged for Bench.
Manufacturers of articles requiring the tapping of small holes will appreciate this tool, which has been designed to combine strength with lightness and handi- ness. The spindle is driven directly by a continuous belt and a friction disc between the two pulleys, which connects the spindle with either at will. This disc has but a small vertical motion, insuring quick reversal of the tap, small wear, and perfect noiselessness. The table is counterbalanced by a weight, and the arrangement is such, that it allows the full use of both hands in holding the work ; and uniform depth of tapping is provided for by an adjustable stop screw, limiting the motion of the table in either direction.
GENERAL DIMENSIONS.
Largest hole tapped
Depth of tapping
Greatest distance between chuck and table. . .
Adjustment of table
Dimensions of table
Tight and loose pulleys
Speed of countershaft, revolutions per minute
Weight, complete, lbs
Price
Price, mounted on a column %
|
No. 0. I |
No. 1. |
|
V& in. |
Vat m. |
|
1 in. |
2 in. |
|
5 in. |
6 in. |
|
5 in. |
6 in. |
|
5x4^ in. |
6x7 in. |
|
4^x2 in. |
6x2 in. |
|
220 |
200 |
|
80 |
130 |
|
$90.00 |
$100.00 |
|
$100.00 |
$110.00 |
Photographs on application.
74
THE GARVIN MACHINE CO.
No. 2 Automatic Tapper.— (Patented.)
This machine is adapted for tapping holes rapidly, squarely, and to a uniform depth in work of any size, large or small. The driving clutch is thrown into gear and the tap started by the lever shown on the side of the machine, when the tapping proceeds, trips and reverses automatically. When the stop is not set the catch on the top of the machine is readily pushed off by hand, or the tap may be stopped instantly by tripping the treadle on the base. The table has T slots for holding down work, and has an oil groove around the rim with reservoir in the center. The table can turn on its center, and also swing around on the column. The spindle is balanced by a weight inside the column, and is provided with a slip chuck for holding taps below inch. This chuck can be set for different degrees of resistance, and when the tapping becomes greater, from careless drill- ing, than the tap can safely stand, the chuck will slip around in its spindle and avoid breaking the tap. The driving cone has three steps for 2% inch belt.
GENERAL DIMENSIONS.
Diameter of spindle 1 5-16 in.
Largest size of hole that can
be tapped, in.
Motion of spindle 4 in.
Diameter of table .24 in.
Adjustment up and down on column 28 in
Tight and loose pulleys 10x3^4 in.
Speed of countershaft 135 revs.
Weight '. 675 lbs.
Prfte, including slip
attachment $250 OO
THE GARVIN MACHINE CO.
75
No. 3 Automatic Tapper.
PATENTED.
This is a heavy machine, designed particularly for engine and pump cylinder work, but also for work beyond the capacity of the No. 2 machine. The table is large and has T slots in both directions for holding work. The adjustment on the column is by cable wound by a worm and gear operated by a crank at the back of the column. The cone has three speeds for a 3 in. belt and is geared over 4 to 1. The spindle is balanced by a weight inside the column. The driving clutch is thrown into gear by the lever on the side of the head, and the tap started by the lever connected to the end of the spindle. Considerable power is required to start in a large tap, and this handle gives a powerful leverage for the purpose. The stud on which the toe of the lever rocks is adjustable for different lengths of movement of ihe spindle. There is automatic trip and reverse as in the No. 2 machine. The bevel gears in front are covered to prevent accidents. A special chuck for holding taps goes with the machine. This chuck has two adjustable V jaws made to a particular angle and stepped in their length. The lower parts of the jaws grip the round shank of the tap and hold it central, and the upper part's close in around the square through which the tap is driven.
GENERAL' DIMENSIONS.
Largest tap used 1 in.
Movement of spindle 4 in.
Distance from center of spindle to face of column 8 Yx in.
Diameter of spindle 1 % in.
Adjustment of table 22 in.
Tight and loose pulleys 12x3 in.
Speed of countershaft 225 rev.
Weight 1,150 lbs.
Price... *400 00
Photograph on application.
76
THE GARVIN MACHINE CO.
No. 1 Tapping Machine.
This machine is mounted on a planed iron table with a groove around the edge to catch the oil and chips. There is also an oil pan cast as part of the bed, directly under the tap. A spring chuck is furnished for holding taps. This machine will tap holes ranging from 1-16 to 3-16 in. diameter, and is fitted with adjustable collar same as described in No. 2 Tapping Machine. For high speed tapping we make this machine with friction clutch between the pulleys. Counter- shaft hangers are adjustable and self-oiling.
GENERAL DIMENSIONS,
Greatest distance between chuck and face for work 7% in.
Tight and loose pulleys 6x2% in. face.
Speed of countershaft 225 rev.
Weight, complete 260 lbs.
Price $60 OO
THE GARVIN MACHINE CO.
77
No. 2 Tapping Machine.
This machine is similar in general design to No. 1 machine, but constructed sufficiently heavy to tap holes ranging from T3S to in. diameter. We furnish with this machine a chuck that will hold taps from to ^ in. diameter. An adjustable collar is fitted to the front end of the spindle, which adjusts the clutch and allows shallow holes to be tapped. Countershaft hangers adjust- able and self-oiling.
We make a No. 3 machine that is back geared to tap % in. standard, mounted on a pan and legs similar to our No. 2 Screw machine,
GENERAL DIMENSIONS.
Greatest distance between chuck and face for work 10J^ in.
Tight and loose pulleys on countershaft 10x3 in.
Speed of countershaft 150 rev.
Weight of machine as shown in cut 350 lbs.
Price of machine as shown in cut $80 GO
Price of No. 3 machine 200 00
Photo on application.
78
THE GARVIN MACHINE CO.
Table of Dimensions and Prices of Tapping Machines.
|
VERTICAL |
HORIZONTAL |
||||||
|
No. 0 |
No. 1 |
No. 2 |
No. 3 |
No, 1 |
No, 2 |
No. 3 |
|
|
Largest hole tapped |
Vs |
X |
X |
1 |
3 T6 |
X |
X |
|
Depth of Tapping., |
1 |
2 |
4 |
4% |
IV |
3 |
|
|
Greatest dist. bet, chuck and table |
6 |
6 |
28 |
25V |
7H |
lOVs |
8 |
|
Adjustment of table |
4 |
6 |
28 |
22 |
8 |
12 |
8 |
|
Dimensions of table |
4%x5 |
6x7 |
24 di. |
15x24 |
1/4 x2 |
2x3 |
6x6 |
|
Tight and loose pulleys |
6x2 |
6x2 |
16x3V |
12x3 |
6x2 V |
10x3 |
8x3 |
|
Speed of countershaft, rev |
240 |
200 |
135 |
225 |
225 |
150 |
350 |
|
Weight, lbs |
75 |
130 |
675 |
1150 |
260 |
350 |
540 |
|
Price Price, mounted on a column |
$90 100 |
$100 110 |
$250 |
$400 |
$60 |
$80 |
$200 |
Small Size Slotting Machine.
We are arranging this machine with special reference to the requirements of die makers. It is so arranged as to give the proper clearance to blanking dies, and has easy adjustment of both travers and in and out screws, which are graduated to read in thousandths. The machine is 2 inch stroke (which is adjustable) and can handle and finish a die 4 inches wide and long, or under, at one setting. Weight of machine about 350 lbs,, complete.
Price and photograph on application.
Pace Grinding Machine.
A machine designed especially for grinding metal saws on the sides giving them the proper clearance, and bringing them to exact thickness. Machine is arranged to use a coarse and fine wheel, both wheels having screw adjustment reading to the thousandths of an inch, and arc arranged for using water, with pump complete, for returning water to overhead reservoir. A peculiar feature of this machine is the arrangement for giving different lengths of feed, and bringing the work first to the roughing wheel and then to the finishing wheel, which is done at one motion. Weight of machine about 1200 lbs.
Price and photograph on application.
THE GARVIN MACHINE CO.
79
10-lnch Hand Lathe.— (Hollow Spindle )
This is similar to the 12-in. hand lathe in de- sign and construction. The spindle is harden- ed and ground, with hardened thrust screw and washer, runs very- light, and is adapted for the finest hand w’ork. New patterns have recently been made and a better dis- tribution of metal ef- fected. A convenient shelf for tools is fast- ened to the bed on a level with the shears.
GENERAL DIMENSIONS.
Hole through spindle % in. diam.
Tength of bed ... 40 in.
Distance from floor to center of
spindle 14 in.
Distance between centers 24 in.
Actual swing of lathe in.
Tight and loose pulleys on cOun-
tersha t --G*2 in‘
Speed of countershaft ^5 revs.
Weight, complete -300 lbs.
Priceonhigh legs, with shelf, on low legs, for bench,
“ lever attachment $10 00
Slide Rests.
We make three sizes of this rest one for 15-in , 12-in. and 10-in. hand lathes. The screws are steel, and the slid- ing surfaces are scraped to bearing. There is a quickly adjusted elevated arrange- ment for the tool post, which, together with its other ad- vantages, makes this a first- class tool in every respect.
For 15-in. Lathe. Feeds lengthwise, 8 in.. Crossfeed, 8 in Pnce 00
“ :: » f- •* 2500
80
THE^GARVIN MACHINE^CO,
10 In. Hand Lathe.
This cut shows the "0 in. Hand Lathe ar- ranged with the fixed lever.
Where the lathes are to be in constant use for drilling, reaming, coun-- ter-boring or similar operations, making a lever attachment desir- able, we furnish a fixed lever to the tail spindle- as shown in cut above.
Price as shown,
10 in. fixed lever. .$55. 12 in. 44 “ ..$70.
15 in. 44 “ ..$90.
Hand Lathe, arranged with Foot Motion.
The lathe proper is identical with the 10 in. and 12 in. Hand Lathe. The treadle is adjustable along the lathe, and the hook connections prevent any injury from getting the foot underneath the treadle. The space under- neath the bed, it will be noticed, is free of all ob- structions beyond the pulley.
Price, as shown.
10 in. swing $70.00
12 11 44 90.00
888
THE ,G AR V IN^MACHINE'CO.
81
12-Inch Hand Lathe.— (Hollow Spindle.)
The machine represented above is thoroughly built in every respect, with steel spindles hardened and ground, the head spindle being below, with 17-32 in hole through it. Both bearings run in composition metal boxes, having adjustments for wear, and so constructed as to always retain the spindle in a central position. The thrust of the spindle is taken by a hardened tool steel step screw and washer. Both cones are of iron, and, as is the case with all our hand lathes, the spindle cone is turned inside in order to perfectly balance the running gear. A very convenient arrangement for the reception of tools and pieces of work is a wooden shelf 9 inches wide, which runs the whole length of the lathe, supported by iron brackets attached to the bed. We furnish this machine, when ordered, with back gears, also with a slide rest and a new lever attachment for tail spindles ; counter- shaft hangers being adjustable and self-oiling.
GENERAL DIMENSIONS.
Length of bed 4 ft.
Distance from floor to center of
spindle 45 in.
Distance between centers 26 in.
Actual swing of lathe. 13 in.
Tight and loose pulleys on coun-
tershaft 8x2^ in.
Speed of countershaft.. 220 rev.
Weight, complete 430 lbs.
Price of lathe $ 7 5 OO
u lever attachment. . 1 O OO
THE GARVIN MACHINE CO.
15-Inch Hand Lathe. — (Hollow Spindle.)
This lathe is designed with a view of obtaining ample strength and stiff- ness. The spindles are both of steel, and the headspindle has an ^ in. hole its entire length. Both bearings run in composition metal boxes, and have adjustments for wear. The front bearing is 3% ins. long and 1 % in diameter. The cones are both of iron, with four changes of speed, of extra large dia- meter, and with a face for a 2% in. belt. The spindle cone is turned inside and out, to insure smooth running at high rates of speed. The tail stock and tool rest are held to the bed by means of cam binders, which are readily accessible from front of lathe, and are provided with spring clamps- to hold the lever up when binder is slackened. The tail spindle has a 5 in. move- ment and is securely held in position ^ clamping lever upon the split bearing Countershaft hangers adjustable and self-oiling.
GENERAL DIMENSIONS.
Length of bed 5 ft.
“ between centers 30 in.
Distance from floor to center of spindle 42 in.
Actual swing of lathe 15^ in.
Tight and loose pulleys on countershaft 10x3 in. face.
Speed of countershaft 185 rev.
Weight, complete 645 lbs.
Price, as shown in cut $100 OO
THE GARVIN MACHINE CO.
11 and 13 Inch Hand Lathes.
In general design N these lathes follow very closely those illustrated in the preceding pages. The boxes are of the usual cap form with the shoulder bear- ings adjustable for wear. The spindle is of large diameter, hollow. The cone is turned inside and out to insure correct balance. The tail stock and tool rest are solidly bound to the bed by cam binders. The tail stock is of substantial design, and the spindle js moved either by screw or lever, as may be ordered,
GENERAL DIMENSIONS.
Length of bed 40 in. 48 in.
Length between centers 24 in. 26 in.
Distance from floor to center of spindle 44 in. 45 in.
Actual swing of lathe 11 in. 12 in.
T. & L. pulleys on countershaft 6x2 8x2 %
Speed of countershaft 235 220
Weight, complete 300 430
Price $60 $75
Price with lever tail stock $70 $85
Dimensions and Prices of Hand Lathes.
|
10 inch Swing. |
11 inch Swing. |
12 inch Swing. |
13 inch Swing. |
15 inch Swing. |
|
|
Length of bed, |
40 in. |
40 in. |
48 in. |
48 in. |
5 ft. |
|
Distance between centers, |
24 in. |
24 in. |
26 in. |
26 in. |
30 in. |
|
Actual swing of lathe, |
10K in. |
11 in. |
13 in. |
13 in. |
15^ in. |
|
Hole through spindle, |
H in. |
% in. |
1 7 32 |
1 7 32 |
H |
|
T. & L. pulleys on countershaft, |
6x2 |
6x2 |
8x2% |
8x2 % |
10x3 |
|
Speed of countershaft, |
235 |
235 |
220 |
220 |
185 |
|
Weight, complete, |
300 |
300 |
430 |
430 |
645 |
|
Price, |
$60 |
$60 |
$75 |
$75 |
$100 |
|
Price with lever attachment, |
$70 |
$70 |
$85 |
$85 |
$115 |
84
THE GARVIN MACHINE CO.
Turning Lathe.
This is a small, well made tool, arranged with quick motion for carriage and an automatic stop motion to adapt it more particularly, to manufacturing purposes. The cross feed screw is graduated to read in thousands, and the tool post has two inclined collars which can be turned on one another to raise the tool. The feed is by screw driven by worm gear at the end. This worm gear can be taken off and others put on to get changes of feed. The bracket carrying the worm shaft swings from the center of the spindle and can be bound in any position. The handle for clamping the nut on the feed screw is on the front of the apron. When the nut is unclamped, the carriage can be quickly moved by the lever and connecting rod shown at the end of the bed. An adjustable stop is provided on the front of the tail stock, so that the carriage can be brought back to exactly the same place. The connecting rod is adjustably connected with the lever, so that the carriage can be handled at any part of the bed. The lever gives a movement of 8 inches. The automatic stop motion is connected with the countershaft, and can be set for any desired length, and with the carriage at any part of the bed. The tail stock is made with set-over for taper work. A taper attachment is made to go on these lathes, which can be set to 30° and will take a length of 8 inches. We make the lathe with short legs to set on the bench, or in a pan on high legs similar to our No. 1 Screw Machine.
Swing of lathe 9 inches.
Price $ 1 70 OO
Price, with taper attachment 190 OO
Six Automatic Turning Lathes.
This is a very compact arrangement of six lathes for manufacturing purposes, yet providing all the facility of access practically required. The lathes are manipulated from the tail stock end and are all independent. The work is put in and the individual lathe started by throwing in the clutch on the spindle pulley, and clamping the nut on the feed screw, which has three speeds. The carriage will then feed until it strikes an adjustable stop and continuing, pushes out the spindle pulley clutch and brings the lathe to rest. The work is then taken out, the carriage pulled back and another piece put in, and this is repeated on each lathe while the others are 'running.
Swing of lathe 8 inches.
Length it will take in between centers 19 “
Floor space 7.7 7. .3^x4 ft.
Price and photograph on application.
THE GARVIN MACHINE CO.
85
Spring Coiling Machine.
The above cut represents a maching for bending wire into a continuous coil. It is designed to make springs, either open or closed, from one-half to two and one-half inches in diameter, and will wind to No. 6 tempered wire. In the cut a wire is shown leading to the machine from the left and issuing in a coil at the right. The wire passes through an adjustable guide, and then — accordingly as the spring is to be wound right or left — under or over the arbor on which it is bent. It is held to the arbor by two grooved rolls at the back. Both the arbor and the rolls are driven by power. We also furnish fixtures for cutting off the springs to exact lenghts and for looping the ends of tension springs. One set of rolls and one arbor, with a full set of change feed gears, accompany a complete machine.
Table of Dimensions and Prices of Spring Coilers.
|
• |
No. 1. |
No. 2. |
No. 3. |
No. 4. |
|
Largest diameter of spring |
1% in. |
3 in. |
4 in. |
4 in. |
|
Smallest “ “ “ |
K in. |
Y in. |
Kin- |
2l/2 in. |
|
Largest wire will use Gauge . . |
No. 12, |
No. 6. |
No. 4. |
K in. |
|
Smallest “ “ u “ |
No, 22, |
No. 14. |
No. 18. |
A in- |
|
Price |
$175 |
$250 |
$350 |
$475 |
THE GARVIN MACHINE CO.
No. 1 Gear Cutter.
This handy little machine is intended for rapid and convenient cutting of light gears, ratchets, etc., used in telegraphic and mathematical instruments, etc. It will swing a diameter of 6 inches on centers and about 12 inches when the arm which carries the tail center is taken off, The slide has a movement of 5^ inches between two adjustable stops. There is also adjustment of cutter head of 3 inches allowing the use of finishing and roughing cutter side by side on the arbor, against one stop for roughing cutter, and moved against the other stop for position of finishing cutter. There is also ample vertical screw adjustment for depths of cut, and to accommodate varying sizes of work. There is a large box formed in the top of the machine convenient for holding work, cutters, etc. The cutter spindle can be nicely adjusted to bring the cutter central, and there is also screw adjustment for depth of cut. A backing up support for the work is furnished, which prevents chattering and secures smooth cuts in thin flexible gears. The indexing is done by means of a pawl acting on a large rachet wheel between the two adjustable stops. A rack cutting attachment, with micrometer adjustment in thousandths of an inch, is shown at the base of the machine in the cut. There will also be seen a bevel- gear fixture, with the necessary adjustments for rolling, in cutting the gear to a center. A small swivel vise is also made to go with the machine. Countershaft hangers are adjustable and self-oiling.
GENERAL DIMENSIONS.
Tight and loose pulleys on counter-
shaft x2 in. face
Speed of countershaft 400 rev.
Weight of machine complete. . .300 lbs.
Price of swivel vise $10 00
“ rack cutting attachment. . . 30 00 “ bevel gear “ 10 00
“ Machine $200 OO
THE GARVIN MACHINE CO.
87
No. 2 Gear Cutter.
This is a carefully designed machine and embodies a number of important features. The movements of the machine are entirely automatic, and after the machine is adjusted the various steps necessary to the cutting are automatically repeated until the gear is finished when the machine stops automatically. It will cut from 10 to 200 teeth on a length of 6 inches. The index ring is of large dia- meter and is solidly locked at each indexing, insuring accuracy and good work. The centers swing a diameter of 8 inches. The cutter head is adjustable to thousandths, and the cutter can be quickly centered by means of a screw collar on the arbor. The slide runs back and comes forward again to the cut at a speed 65 times faster than the cutting feed. This is an important point and reduces the time lost in indexing to a minimum. The travel of the table is regulated by adjustable stops in front, and the machine can be set to work anywhere in the length of the work arbor, avoiding all unnecessary travel. The setting up is done very quickly, so that the machine can be practically used in jobbing work as well as in special manufacturing. They can also be used on small milling cutter work. All parts are accessible and the workmanship throughout first-class.
Price, $400 OQ«
THE GARVIN MACHINE CO.
Gear Cutting.
Our Gear Cutting Department is equipped with every facility for doing this class of work, which fact enables us to furnish good work at reasonable prices. Among the latest additions to this department is a large rack cutter with aut- omatic feed, built by ourselves to do regular work and take in all varieties of rack cutting, spacing, slotting and dividing, and all that class of work which permits the use of a rotary cutter. The machine has a great range of adjustment, cutting 3 feet at one clamping and dividing to 1-2000 of an inch. Bevel gears are cut upon a special fixture, insuring as correct a tooth as can be shaped by a rotary cutter. Spur and worm gears are cut in the most approved manner. To make this branch complete, we have added during the past year a heavy stock of Brown and Sharpe involute and epicycloidal cutters. Gearing developed and patterns made of wood or metal. We have among our patterns an assortment of bevel and spur gear blanks, and also a variety of cut gears on hand ready for delivery.
Parties sending orders (or if on extensive jobs requiring estimates) by letter will please observe the following list of dimensions which are necessary for us to have :
The number of teeth or diameter of gear.
The pitch of gear, either diametral or circular (state which). The length of tooth or face of gear.
The size of hole — length and diameter of hub on either side. The center distance of a pair if necessarily exact.
The material and amount of finish desired.
Note. — The word “diameter” means pitch diameter which is of a circle running through the centers of the working depths of the teeth. This meas- urement we prefer to diameter of gear over all ; however, when used, please call it outside diameter.
Note. — A spur pinion, to run well, should not have less than 12 teeth nor mitres less than 18 or 20 teeth.
THE GARVIN MACHINE CO.
89
Bevel Gear Cutting on the Universal Milling Machine.
This will be illustrated by a miter gear of 22 teeth and 8 diametral pitch ^ in. face.
Mount the blank gear on an arbor fitting in the spindle of the spiral head, and set the cutter central. Set the spiral head at the proper angle for the bottom of the space as obtained from the drawing. In the example this angle is 41^ degrees.
Set the dividing index for the number of teeth. Ex. 22 teeth require one turn and 54 holes in 66 circle.
Let the cutter just touch the face of the blank at the outside edge. Sink the cutter in the proper depth according to the pitch, as determined from the gear- cutting table. Ex. 8 Pitch depth is 260 ; raise the knee .260 by index on elevating screw. Start with index pointer in figured row of holes and cut a few teeth. Turn back to the first position and see that the index on the cross slide points to 0. Move the dividing index a few holes to the right and feed the cross slide in until the cutter coincides with the inner end of the space. Cut through the same spaces and return to the first one. Turn the index to the left of the figured row as many holes as it was before turned to the right. Draw the cross slide out as much from O as it was before fed in. Cut through the spaces again. This process must be repeated until the proper number of holes and the proper place for the cross slide is found to make the gauge, Fig. 7, touch at all three points. In the example the cross slide was moved .025 of an inch each side of the center, and the index was set over 18 holes each way. This position having been found, any num- ber of gears like the first one can be cut without setting the cutter central. Begin each new gear with the slide and index in the same position that it was when finish- ing the last. Having cut through the teeth once, move to the other position as before determined and finish the gear.
C
a;
oo
\rv
Fig. 7.
|
PITCH. |
Depth to be cut in gear. |
Thickness at pitch line. |
PITCH. |
Depth to be cut in gear. |
Thickness at pitch line. |
|
3 |
.699 |
.523 |
14 |
.149 |
.112 |
|
3 % |
.598 |
.448 |
16 |
.130 |
.098 |
|
4 |
.523 |
.393 |
18 |
.115 |
.087 |
|
5 |
.417 |
.314 |
20 |
.104 |
.079 |
|
6 |
.347 |
.262 |
22 |
.094 |
.071 |
|
7 |
.296 |
.224 |
24 |
.087 |
.065 |
|
8 |
.260 |
.196 |
26 |
.08 |
.060 |
|
9 |
231 |
.175 |
28 |
.075 |
.056 |
|
10 |
.208 |
.157 |
30 |
.071 |
.052 |
|
11 |
.189 |
.143 |
32 |
.067 |
.049 |
|
12 |
.174 |
.131 |
90
THE GARVIN MACHINE CO.
The Almond Drill Chuck.
The Almond Drill Chuck has now been in use nine years, and has been received with favor in this and all other countries where drill chucks are used. In this chuck is embodied almost all the features of an ideal tool, which, to be satisfactory should be simple in construction, perfect in action, strong, durable and cheap,
PRICES.
in. diam, $5 OO yq in. diam. $5 OO in. diam. $8 50
G-eared Scroll Chuck.
These Chucks are. all made up with three pinions, insuring a perfectly balanced mechanism with a pinion always accessible. The shells for the two smallest sizes are malleable iron, and the pinions and scrolls for all sizes are made of steel. The jaws for all sizes up to and including 5 ins. are steel, all others of the best wrought iron, case hardened,
PRICE LIST.
|
Diam, |
Weight. |
Diam. of Hole. |
Diam. of Face Plate. Price, |
|
|
2VZ inches. . . |
... V/2 lbs.... |
..$ 7 OO |
||
|
3 “ |
...2% “ .... |
sA “ ... |
2^ inches . . . |
... 1 O OO |
|
4 “ ... |
...6 “ .... |
... H “ ... |
3 1-16 “ . . |
. . . . 12 OO |
|
5 “ ... |
...10 “ .... |
y “ ... |
.... sy “ ... |
. . . . 14 OO |
|
6 “ . . . |
...14 “ .... |
. .. 11-16 “ ... |
4% “ ... |
... 17 OO |
|
9 “ ... |
...36 “ .... |
. .. 2VZ “ ... |
5M ‘v . . . |
... 20 OO |
|
12 “ . . . |
...62 ... |
.. 37 “ ... |
7 “ |
... 30 OO |
THE GARVIN MACHINE CO.
91
Milling Cutters.— Straight or Spiral Teeth,
Our stock of milling cutters includes the regular sizes given below. Strad- dle mills up to 4 inches diameter with ^ or 1 inch holes, angle cutters 50 to 80 degrees, and right or left hand shank mills.
Orders for special cutters of any form, shape or size can be ipromptly filled.
Series of Regular Milling Cutters.
A comprehensive selection for general work, including cutters for producing others of any shape and size, and as standard tools serving as models in general design, angle, pitch and shape of tooth, valuable to users of milling machinery who may need information in regard to modern improvements in tools of this class.
SERIES A includes 8 mills, 8 cutters (suitable for key splining), 1 pair of straddle mills, 2 saws, 1 shank cutter, 1 angle cutter.
Price $40 OO
SERIES B includes 1 mill, 6 cutters (for key splining), 1 pair straddle mills and 2 saws.
Price $25 OO
Price List of Plain Cutters,
With 1 inch Standard Hole.
|
Width of Face. |
Diameter. |
Price. |
|
1-8 .. |
2% |
$1 30 |
|
3-16 |
2 X |
... 1 40. |
|
1-4 |
2X |
... 1 50. |
|
5-16 |
2 X |
... 1^0. |
|
3-8 |
2X |
.... "1 70. |
|
7-16 |
2Yz |
... [1 80. il 90 |
|
1-2 |
2X |
|
|
5-8 |
2X |
.... 2 10. |
|
Width of Face. |
Diameter. |
Price. |
|
.... |
2X |
$2 30 |
|
...1 .... |
2X |
2 80 |
|
.. IK--. |
2X |
3 00 |
|
... IX.... |
....2 X |
3 20 |
|
....IX.... |
2X |
3 40 |
|
....2 |
2 X |
‘ 3 70 |
|
....2 'A.... |
. . . .2X |
' 4 10 |
|
3 .... |
2X |
4 50 |
Cutters, IX in. diameter, with X in. hole, X less than above prices
PRICE LIST.
|
Dia. |
Price |
Dia, |
Price |
|
Vs |
$1.00 |
X |
$1.60 |
|
T6 |
1.10 |
9 T6 |
1.70 |
|
X |
1.20 |
H |
1.80 |
|
5 TS |
1.30 |
yi |
1.90 |
|
X |
1.40 |
X |
2.00 |
|
• T 6 |
1.50 |
Double Ended Butt Mills.
CUT LEFT HAND.
We are prepared to furnish Butt Mills of the form shown above, in sizes of from Ys to X ins. They are made from Stubb’s steel rod, and are designed to be held in the spring chuck shown on page 38. We recommend left hand cutters for milling machine work, and right hand cutters for profiler work.
92
THE'GARVIN MACHINE'CO.
Frice List of Straddle Mills.
|
Diameter |
3'A |
4 |
5 |
1 6 |
|
Width of Face |
9 T6 |
X |
X |
15 16 |
|
Diameter of hole |
1 |
1 |
1 |
1 |
|
Price |
2.50 |
3.25 |
5.50 |
8.50 |
Metal Slitting Saws.
|
Diameter |
Thickness |
|
|
2 |
1-32 |
|
|
2 |
3-64 |
|
|
2 |
1-16 |
|
|
2 |
3-32 |
|
|
2 K |
1-32 |
|
|
2 y2 . , |
.3-64 |
|
|
...2% |
1-16 |
|
|
2 y2 |
3-32 |
|
|
.. 3 |
1-32 |
|
|
3 |
3-64 |
|
|
3 |
1-16 |
|
|
3 |
3-32 |
|
|
3 |
1-8 |
|
|
4 |
3-64 |
|
|
4 |
1-16 |
|
|
4 |
3-32 |
|
|
4 |
1-8 |
|
|
5 |
1-16 |
|
|
5 |
3-32 |
|
|
5 |
1-8 |
|
Diameter of hole |
Price |
|
|
X |
$ .80 |
|
|
X |
80 |
|
|
X |
75 |
|
|
X |
75 |
|
|
X |
1.00 |
|
|
x |
1.00 |
|
|
X |
90 |
|
|
X |
90 |
|
|
1 |
1.25 |
|
|
1 |
1.10 |
|
|
1 |
1.00 |
|
|
1 |
1.00 |
|
|
1 |
1.00 |
|
|
1 |
1.45...... |
|
|
1 |
1.25 |
|
|
1 |
1.20 |
|
|
1 |
1.20 |
|
|
1 |
1.80 |
|
|
1 |
1.60 |
|
|
1 |
1.60 |
THE GARVIN MACHINE CO.
Butt Mills.
We furnish this style of Butt Mill 3 in. diameter by 2 in. face to fit arbor for any of our Milling Machines.
Both faces are cut right hand — and is of economical form.
Price, $5 OO.
We have in stock mills with inserted teeth which are designed for use either as right or left hand cutters, For milling on scale or very hard castings, Mushet steel cutters will be furnished at an additional price of $1 50, — Mills 6 in,, 8 in., and 10 ins,, in diameter.
Prices $6 OO. $7 OO and $8 OO respectively.
We carry a full stock of annealed cutter forgings of thickness from to 2 ins., and diameters between 4 and 6 inches. These will be furnished to those who wish to work up their own stock at reasonable prices to cover cost of importation.
Bevel Cutters. Cutters for Spiral Mills.
We furnish these Cutters of 2 in, dia- meter and yz of an in. hole, either 50, 60, 70 or 80 degrees angle, right or left hand. Price $2 75 each.
Special sizes at special prices.
RIGHT HAND CUTTER.
94
THE GARVIN MACHINE CO.
A Few Remarks on Milling.
In desighing'the’Milling Machinery presented' in this Catalogue, we have been guided largely byZour own experience in the use of such machines, and the needs of our own manufacturing business have to a great extent governed the variety of sizes and styles that we build. Many of the pieces that were formerly planed are now milled by gang mills with a saving of from 20 to 40% over the planing. In regard to accuracy, much is to be said in favor of the milling. With a properly constructed milling machine, there is but small opportunity for any inaccuracy except such as might occur from the carelessness of the operator. The gang of mills have a certain definite relation to each other, and only by special attention can this relation be changed, while with planer work each cut requires continued careful and accurate measurement and attention. Among the larger pieces formerly planed, but now entirely milled, we would cite the following. Our No. 1 and No. 2 Tapping Machines have all the surface cuts made in the Milling Machines. The Every Day Centers form a very good example of milling. The straight surfaces including the dove-tail on the base and under the tail stock are all milled directly to a fit. The No. 2 and No. 4 Vises are entirely milled ready for the drilling and assembling. All Screw Machine Heads are milled to receive the boxes. All Cap Boxes for screw Machines and Hand Lathes are milled to fit the heads.
The Bench and Post Drill Presses, and the knees of the other drill presses are milled in all surfaces where the planer could be used. As an example of milling on tool steel, we would show the Tool Steel jaws of all our Milling Machine Vises. All keys used in the machines are milled. The Bench Cutter grinder is milled. All T slots used on our machinery are milled out of the solid. The smaller ones in both iron and steel are best done with a small mill in the High Speed Attach* ment. An idea of the speed at which this class of work is performed can be gained from the fact that the usual surface velocity of a mill is 40 feet per minute, and according to the nature of the iron and the shape of the piece from 1 in. to 4 ins. per minute can be milled. Under the most favorable circumstances and on annealed cast iron, Straddle Mills can be run at a surface speed of 65 feet per minute with a feed of about 4 inches, while on other work an end mill 1% inches in diameter runs 40 turns per minute with about the same feed. Faster speeds and coarser feeds seem to be the tendency in all milling work. The limit to which sizes are milled varies considerably with the nature of the work. The coarser work is milled usually within a limit of .004 of an inch. Some electrical work requires a limit of about .002 of an inch while other pieces are milled at once to the standard, as the fitting required can be much more accurately and cheaply performed by the milling machine than it could be by hand.
To those interested, we will send on application, photographs showing the different cuts taken on the pieces mentioned above ; together with the fixtures and mills used for the same.
THE GARVIN MACHINE CO.
05
Two examples will be given, and the method of setting up for right and left- nand spirals, with simple and compound trains of gearing, will be illustrated by them. The first is a left-hand spiral of one turn in 13.33 ins., on a piece 2 ins. in diameter.
In the first part of the Table of Angles and Gearing for Spirals,
and opposite 13.33, will be found the following gear numbers. Gear on screw 48, first intermediate 24 ; second intermediate, 30; worm, 60. As this is to be a left-hand spiral the reversing gear goes between the second intermediate and the gear on the worm. The arrangement as it now stands is shown by Figs. 2 and 3. Look at the top of the second part of the table for the diameter of the piece to be milled, and in the column under this diameter and opposite 13.33 will be found the proper angle at which to set the slide. This angle is to be measured to the left of 0 for a left- handed spiral. Example, in the column under 2 and opposite 13.33 will be found 25 degrees and 10 minutes. This must be measured to the left of 0, as the spiral is left-handed.
To set for a right- hand spiral of 13.33 use the same gears, but with the reversing gear (marked rev. Fig. 3) left out. The angle must now be measured to the right of 0.
We will now take an example of a simple geared spiral. One turn in 12 ins. on a * 2 in", diameter piece as before. Opposite 12 will be found, gear on screw 30, gear on worm 27. ^ Put these gears in their places and put any gear on the stud that will connect them. See Fig. 4. If the spiral is to be left-handed, put the reversing gear between the gear on the stud and the one on the worm.
Improvements in the feed of Nos. 2, 3 and 4 Universal Milling Machines , and Nos. 4% and 5 Milling Machines.
To accommodate the almost endless variety of work that milling machines aire applicable to, we have designed a feed works, giving twelve distinct changes of feed to each spindle speed, which gives a range of % of an inch feed each revolution for the coarsest to 1-480 of an inch feed each revolution for the finest.
96
THE GARVIN MACHINE CO.
Fig. 5.
Fig. 6.
Setting Dividing Index.
Two examples will be given : to set sectors to divide 30 and 21.
Ex. 1. 30 divisions require 1 turn and 8 holes in 24 circle. See Index Table." Set index pin in 24 circle, put one arm of the sector against the pin, and move the -other until it takes in 8 holes, not counting the hole the pin is in. See Fig. 5.
Ex. 2. 21 divisions require 1 turn and 38 holes in 42 circle. The sectors will not open wide enough to take in 38 holes, so set them to the difference between 42 and 38, or 4 holes, again omitting to count the hole occupied by the pin. See Fig. 6. In this last case move the sectors each time in the direction opposite to the motion of the index pin.
Taper Gauges.
These gauges are copies of the standards to which all our spindle holes are made. They are valuable in fitting arbors, or special tools to spindles when the machines are in constant use.
Both Plug and Shell gauges are accurately ground.
Gauge for
Nos. 1, 2, 3 Drill Presses
Bench Drill, Small Gear Cutter, Cutter Grinder
Twelve Inch Hand Lathe, No. 4 Drill Press
Automatic Tapper, Profiler.
No. 0 Universal Milling Machine, No. 1 Miller
Nos. 1 and 2 Hand Millers, Screw Slotter
Six Inch Dividing Head
Fifteen Inch Hand Lathe
Nos. 1 and 2 Universal Milling Machine, No. 3 Miller
No. 3 Hand Miller, No. 4% Miller
Ten Inch Dividing Head
No. 4 Miller, Rack or Screw Feed, or Back Geared. . .
Lincoln Miller, Lincoln Miller Plain
Nos. 3 and 4 Universal Milling Machines
No. 5 Miller, Fifteen Inch Dividing Head
|
PRICE. |
|
|
Plug |
Shell |
|
1 25 |
2 00 |
|
1 25 |
2 00 |
|
1 50 |
2 50 |
|
1 50 |
2 50 |
|
1 50 |
2 50 |
|
1 50 |
2 50 |
|
1 50 |
2 50 |
|
1 50 |
2 50 |
|
2 25 |
3 75 |
|
2 25 |
3 75 |
|
2 25 |
3 75 |
|
2 50 |
4 00 |
|
| 2 50 |
4 00 |
|
I 3 00 |
4 00 |
|
3 00 |
4 00 |
THE GARVIN MACHINE CO.
97
Milling Gear Stud Bracket.
The accompanying illustrations show one series of operations which can be performed on the Universal Milling Ma- chine. Fig. 8 will be recognized as the bracket supporting the change gears on the Universal Milling Machine. It is of — _ steel, and is milled all over.
Fig. 8.
Fig. 9 shows the operation of milling off the flat sides with the overhanging end supported by the center rest.
Fig. 9.
Fig. 11.
THE GARVIN MACHINE CO.
Kule for Gearing Up Engine Lathes for Screw Cutting.
Read from the lathe index the number of threads per inch cut by equal gears and multiply it by any number that will give for a product a gear on the index ; put this gear upon the stud, then multiply the number of threads per inch to be cut by the same number and put the resulting gear upon the screw.
Example. — To cut 11^ threads per inch. We find on the index that 48 into 48 cuts 6 threads per inch, then
6 X 4 = 24, gear on stud, and \V/2 X 4 = 46, “ “ screw.
Any multiplier may be used so long as the products include gears that belong with the lathe. For instance, instead of 4 as a multiplier we may use 6.
Thus 6 X 6 = 36, gear upon stud, and X 6 = 69, ‘‘ “ screw.
Calculating Speed of Pulleys.
Example. — A main shaft running 110 revs, and a 12 inch hand lathe counter- shaft with 8 inch tight and loose pulleys running 220 revs. (See page 56.)
TO FIND SIZE OF PULLEY ON MAIN SHAFT : — Multiply diameter of pulley on countershaft by its number of revolutions, and divide the product by number of revolutions of main shaft. The quotient will be its diameter: 8 X 220 == 1760,1760-*- 110 = 16 inches diameter.
TO FIND No. OF REVOLUTIONS OF COUNTERSHAFT Multiply diameter of pulley on main shaft by its number of revolutions and divide product by diameter of pulley on countershaft ; 16 X 110 = 1760, 1760 * 8 = 220 revs.
TO FIND SIZE OF PULLEY ON COUNTERSHAFT: — Multiply diameter of pulley on main shaft by its number of revolutions, and divide product by number of revolutions of countershaft : 16 X 110 = 1760, 1760-4 220 = 8 inches diameter.
THE GARVIN MACHINE CO.
99
Table of Diametral Pitch, with its Equivalent Circular Pitch Opposite on the Adjoining Column.
|
Diametral Pitch. |
Circular Pitch. |
Diametral Pitch. |
Circular Pitch. |
Circular Pitch. |
Diametral Pitch. |
Circular Pitch. |
Diametral Pitch. |
||
|
2 |
1.57 |
11 |
.280 |
1 |
3-4 in. |
1.79 |
3-4 |
in. |
4.19 |
|
2 1-4 |
1.39 |
12 |
.262 |
1 |
1-2 “ |
2.09 |
11-16 |
4 4 |
4.57 |
|
2 1-2 |
1.25 |
14 |
.224 |
1 |
7-16“ |
2.18 |
5-8 |
4b |
5.03 |
|
2 3-4 |
1.14 |
16 |
.196 |
1 |
3-8 “ |
2.28 |
9-16 |
1 1 |
5.58 |
|
3 |
1.05 |
18 |
.174 |
1 |
5-16“ |
2.39 |
1-2 |
4 4 |
6.28 |
|
3 1-2 |
.898 |
20 |
.157 |
1 |
1-4 “ |
2.51 |
7-16 |
4 4 |
7.18 |
|
4 |
.785 |
22 |
.143 |
1 |
3-16“ |
2.65 |
3-8 |
44 |
8.38 |
|
5 |
.628 |
24 |
.130 |
1 |
1-8 “ |
2.79 |
5-16 |
4 4 |
10.06 |
|
6 |
.524 |
26 |
.120 |
1 |
1-16“ |
2.96 |
1-4 |
4 4 |
12.56 |
|
7 |
.448 |
28 |
.112 |
1 |
“ |
3.14 |
3-16 |
4 4 |
16.75 |
|
8 |
.392 |
30 |
.104 |
15-16“ |
3.35 |
1-8 |
4 4 |
25.12 |
|
|
9 |
.350 |
32 |
.098 |
7-8 “ |
3.59 |
1-16 |
4 4 |
50.24 |
|
|
10 |
.314 |
13-16“ |
3.86 |
Simple Pules on Gearing.
The following rules will apply to both Bevel and Spur Gears. When the term “ pitch ” is used it always signifies diametral (not circular) pitch.
For illustrations we will use gears having 64 teeth and 8 pitch.
TO FIND PITCH DIAMETER: — Divide the number of teeth by the pitch: 64 8 = 8 in. p. diam.
TO FIND No. OF TEETH: — Multiply the pitch diam. by the pitch : 8 in. X 8 = 64, No. of teeth.
TO FIND THE PITCH : — Divide the number of teeth by the pitch diam. 64-5- 8 in. = 8, pitch.
TO FIND OUTSIDE DIAM. OF SPUR WHEELS:— Add 2 to the number of teeth and divide by the pitch : 64 2 = 66 •*- 8 = 8% in. O, D.
TO FIND CIRCULAR PITCH ;■ — Divide the decimal 3.1416 the diametrical pitch: 3.1416 + 8= .3927 in.
TO FIND THE DISTANCE BETWEEN THE CENTERS OF TWO SPUR GEARS: — Divide half the sum of the teeth of both gears by the pitch : 64 -J- 64 = 128 + 2 = 64 + 8 = 8 in. centers.
A simple rule to determine the face of bevel gears is to make them seven times the pitch : 8 pitch bevel will thus be % in. face.
100
THE GARVIN MACHINE CO.
Sizes of Standard Hexagon Head Bolts.
|
Diam. of Bolt. |
Th’kn’sof Head. |
Size of Hexagon |
Across Corners |
Th’ds per inch |
|
1-4 |
1-4 .... |
1-2 |
9-16 . |
20 |
|
5-16 |
19-64.... |
19-32. . . . |
11-16 . . |
18 |
|
3-8 |
J 1-32 . . . . |
11-16 |
25-32 |
16 |
|
7-16 |
25-64. |
. . . 25 32 |
29-32 |
14 |
|
1-2 |
.... 7-16 .... |
.... 7-8 .... |
....1 |
13 |
|
9-16 |
.... 31-64.... |
31-32. . . . |
.. 1 7-64 ... |
. 12 |
|
5-8 |
17-32.. |
.... 1 1-16 . . |
. 1 7-32 ... |
11 |
|
3-4 |
.... 5-8 .... |
... 1 1-4 ... |
1 7-16 . . |
10 |
|
7-8 |
23-32. . . . |
1 7-16 . |
1 21-32... |
. 9 |
|
1 |
13-10... |
....1 5-8 .... |
.... 1 7-8 . |
8 |
|
1 1-8 |
29-32.... |
. .1 13-16... |
2 3-32 |
7 |
|
1 1-4 |
... .1 |
2 |
2 5-16 |
7 |
|
1 3-8 |
....1 3-32 ... |
.. 2 3-16 |
.2 1-2 |
6 |
|
1 1-2 ...... |
....1 3-16 ... |
... 2 3-8 ... |
....2 3-4 .... |
6 |
|
1 5-8 |
.... 1 9-32 . . . |
.. 2 9-16 .... |
2 15-16 |
5 1-2 |
|
1 3-4 |
.... 1 3-8 ... |
2 3-4 |
3 3-16 |
. 5 |
|
1 7-8 |
....1 15-32.... |
....2 15-16.... |
. ..3 13-32.... |
5 |
|
2 |
....1 9-16 ... |
...3 1-8 |
.... 3 5-8 |
4 1-2 |
|
2 1-4 |
.... 1 3-4 .... |
....3 1-2 .... |
....4 1-16 .... |
4 1-2 |
|
2 1-2 |
..3 7-8 .... |
.. .4 1-2 .... |
4 |
|
|
2 3-4 |
....2 1-8 .... |
.... 4 1-4 .... |
...4 29-32.... |
4 |
|
3 |
...2 5-16 .... |
...4 5-8 ... |
...5 3-8 .... |
3 1-2 |
Notice that size of hexagon is equal to diameter of bolt -f- V2 diameter of bolt -|- % of an inch, and also that thickness of head is ^ of hexagon in every case. The thickness of nut is equal to the diameter of bolt.
Miscellaneous Weights.
|
Av. Weight Cubic ft. |
Av. Weight Cubic in. |
|
|
Cast Iron |
450 lbs. 485 “ 528 “ 25 “ 489 “ |
.260 lbs. .281 “ .306 “ .015 “ .283 “ |
|
Wrought Iron |
||
|
Gun Metal |
||
|
White Pine Steel |
Cast iron is 17% times heavier than ordinary kiln dried wood used in common patterns.
Average Cutter Speed and Feed on Soft Cast Iron Surfaces.
The figures are adapted to calculations in milling upon soft cast-iron surfaces, and are subject to change to accompany variations in condition and character of work. In order to figure accurately upon milling work, the speed of cutter and amount of feed per revolution must be observed — that known, the computation is simple, as follows : Multiply the number of revolutions of cutter per minute by the length of feed at one revolution and the product is inches per minute that can be milled. Allowing about 40 ft. per minute for surface speed of cutter, a *% inch cutter should run at 300 revolutions per minute, with a feed of 1-150 of an inch to a revolution, giving a result of 2 ins. of light milling per minute. An inch cutter would make 150 revolutions per minute, with a feed of 1-100 of an inch on a moderately heavy cut, allowing 1% inches of milling per minute. A 3 inch cutter would run 50 revolutions per minute, with a feed of 1-50 of an inch on heavy work, giving a result of 1 inch of milling per minute. The above are examples selected from observed results in practical shop usage.
THE GARVIN MACHINE CO.
101
Twist Drill and Steel Wire Gauge.
Table of sizes of Gauge in Decimal Parts of an Inch.
|
No. |
Size of Number in Decimals. |
No. |
Size of Number in Decimals. |
No. |
Size of Number in Decimals. |
No. |
Size of Number in Decimals. |
|
1 |
.227 |
16 |
.175 |
31 |
.120 |
46 |
.079 |
|
2 |
.219 |
17 |
.172 |
32 |
.115 |
47 |
.077 |
|
3 |
.212 |
18 |
.168 |
33 |
.112 |
48 |
.075 |
|
4 |
.207 |
19 |
.164 |
34 |
.110 |
49 |
.072 |
|
5 |
.204 |
20 |
.161 |
35 |
.108 |
50 |
.069 |
|
6 |
.201 |
21 |
.157 |
36 |
.106 |
51 |
.066 |
|
7 |
.199 |
22 |
.155 |
37 |
.103 |
52 |
.063 |
|
8 |
.197 |
23 |
.153 |
38 |
.101 |
53 |
.058 |
|
9 |
.194 |
24 |
.151 |
39 |
.099 |
54 |
.055 |
|
10 |
.191 |
25 |
.148 |
40 |
.097 |
55 |
.050 |
|
11 |
.188 |
26 |
.146 |
41 |
.095 |
56 |
.045 |
|
12 |
.185 |
27 |
.143 |
42 |
.092 |
57 |
.042 |
|
13 |
.182 |
28 |
.139 |
43 |
.088 |
58 |
.041 |
|
14 |
.180 |
29 |
.134 |
44 |
.085 |
59 |
.040 |
|
15 |
.178 |
30 |
.127 |
45 |
.081 |
60 |
.039 |
Table of Decimals Equaling Parts of an Inch.
|
1-64 |
0156 |
33-64 |
5156 |
|
1-32 |
0313 |
17-32 |
|
|
3-64 |
0469 |
35-64 |
5469 |
|
1-16 |
0625 |
9-16 |
5625 |
|
5-64 |
0781 |
37-64 |
5781 |
|
3-32 |
09:38 |
19-32 |
|
|
7-64 |
1094 |
39-64 |
|
|
1-8 |
1250 |
5-8 |
6250 |
|
9-64 |
1406 |
41-64 |
6406 |
|
5-32 |
1563 |
21-32 |
6563 |
|
11-64 |
1719 |
43-64 |
|
|
3-16 |
1875 |
11-16 |
6875 |
|
13-64 |
2031 |
45-64 |
7031 |
|
7-32 |
2188 |
23-32 |
7188 |
|
15-64 |
2344 |
47-64 |
|
|
1-4 |
2500 |
3-4 |
7500 |
|
17-64 |
2656 |
49-64 |
7656 |
|
9-32 |
2813 |
25-32 |
7813 |
|
19-64 |
2969 |
51-64 |
7969 |
|
5-16 |
3125 |
13-16 |
8125 |
|
21-64 |
3281 |
53-64 |
8281 |
|
11-32 |
3438 |
27-32 |
8438 |
|
23-64 |
3594 |
55 64 |
8594 |
|
3-8 |
3750 |
7-8 |
8750 |
|
25-64 |
3906 |
57-64 |
|
|
13-32 |
4063 |
29-32 |
9063 |
|
27-64 |
4219 |
59-64 |
|
|
7-16 |
4375 |
15-16 |
9375 |
|
29-64 |
4531 |
61-64 |
9531 j |
|
15-32 |
4688 |
31-32 |
9688 |
|
31-64 |
4844 |
63-64 |
9844 “ |
|
1-2 |
5000 |
•l |
l. |
102
THE GARVIN MACHINE CO.
Table of Wire Gauge Sixes in Decimal Parts of an Inch.
|
No. of Wire Gauge. |
Size of each No. in decimal parts of an inch of the Ameri- can Wire Gauge. |
Size of each No. in decimal parts of an inch of the English Wire Gauge. |
No. of Wire Gauge. |
Size of each No. in decimal parts of an inch of the Ameri- can Wire Gauge. |
Size of each No. in decimal parts of an inch of the English Wire Gauge. |
|
0000 |
.460 |
.454 |
19 |
.03539 |
.042 |
|
000 |
.40964 |
.425 |
20 |
.03196 |
.035 |
|
00 |
.36480 |
.380 |
21 |
.02846 |
.032 |
|
0 |
.32495 |
340 |
22 |
.02535 |
.028 |
|
1 |
.28930 |
.300 |
23 |
.02257 |
.025 |
|
2 |
.25763 |
.284 |
24 |
.0201 |
.022 |
|
3 |
.22942 |
.259 |
25 |
.0179 |
.020 |
|
4 |
.20431 |
.238 |
26 |
.01594 |
.018 |
|
5 |
.18194 |
220 |
27 |
.01419 |
.016 |
|
6 |
.16202 |
.203 |
28 |
.01264 |
.014 |
|
7 |
.14428 |
.180 |
29 |
.01126 |
.013 |
|
8 |
.12849 |
.165 |
30 |
.01002 |
.012 |
|
9 |
.11443 |
.148 |
31 |
.00893 |
.010 |
|
10 |
.10189 |
.134 |
32 |
.00795 |
.009 |
|
11 |
.09074 |
.120 |
33 |
.00708 |
.008 |
|
12 |
.08081 |
.109 |
34 |
.0063 |
.007 |
|
13 |
07196 |
.095 |
35 |
.00561 |
.005 |
|
14 |
.06408 |
.083 |
36 |
.005 |
.004 |
|
15 |
.05707 |
.072 |
37 |
.00445 |
|
|
16 |
.05082 |
.065 |
38 |
.00396 |
|
|
17 |
.04525 |
.058 |
39 |
.00353 |
|
|
18 |
.0403 |
.049 |
40 |
.00314 |
Weight of Round Steel per Lineal Toot.
For Wrought Iron Multiply Tabular Weights by .993.
|
Diam. in Inches. |
Weight per foot |
|
1-16 |
.0104 |
|
1-8 |
.042 |
|
3-16 |
.094 |
|
1-4 |
.167 |
|
6-16 |
.261 |
|
3-8 |
.375 |
|
7-16 |
.511 |
|
1-2 |
.667 |
|
9-16 |
.844 |
|
5-8 |
1.042 |
|
11-16 |
1.261 |
|
3-4 |
1.5 |
|
13-16 |
1.761 |
|
7-8 |
2.042 |
|
15-16 |
2.344 |
|
1 |
2.667 |
|
Diam. in Inches. |
Weight per foot |
|
1 1-16 |
3.011 |
|
1 1-8 |
3.375 |
|
1 3-16 |
3 761 |
|
1 1-4 |
4.168 |
|
1 5-16 |
4.595 |
|
1 3-8 |
5.043 |
|
1 7-16 |
5.512 |
|
1 1-2 |
6.001 |
|
1 9-16 |
6.512 |
|
1 5-8 |
7.043 |
|
1 11-16 |
7.596 ' |
|
1 3-4 |
8.169 |
|
1 13-16 |
8.702 |
|
1 7-8 |
9.377 |
|
1 15-16 |
10.013 |
|
2 |
10.669 |
|
Diam. in Inches. |
Weight per foot |
|
2 1-8 |
12.044 |
|
2 1-4 |
13.503 |
|
2 3-8 |
15.045 |
|
2 1-2 |
16.67 |
|
2 5-8 |
18.379 |
|
2 3-4 |
20.171 |
|
2 7-8 |
22.047 |
|
3 |
24.005 |
|
3 1-8 |
26.048 |
|
3 1-4 |
28.173 |
|
3 3-8 |
30.382 |
|
3 1-2 |
32.674 |
|
3 5-8 |
35.05 |
|
3 3-4 |
37.508 |
|
3 7-8 |
40.05 |
|
4 |
42.675 |
THE GARVIN MACHINE CO.
103
Testimonials.
We give below a few of the many testimonials that we have received from parties having both our Universal and Plain Milling Machines in use :
OFFICE OF THE DOMESTIC SEWING MACHINE CO.,
Newark, N. J., July 26th, 1889.
Messrs. E. E. GARVIN & CO.
Dear Sirs : — We take pleasure in expressing the satisfaction we find in the use of machinery of your make. We have a large number of your Millers, Drill Presses and special tools in use, all of which, after from six to fifteen years’ service, are giving good satisfaction.
Very truly yours,
THE DOMESTIC MFG. CO.,
Hartford, Ccnn., Oct. 5th, 1889.
Messrs. E. E. GARVIN & CO.
Dear Sirs : — The two No. 1 Universal Milling Machines that we purchased from you have been kept constantly at work, giving the best of satisfaction We com mend you in sending your machines out as you do, complete with all fixtures. We cannot speak too strongly in favor of these machines, and we cheerfully recommend them to the public.
Yours very truly,
THE INTERNATIONAL GRAPHOPHONE CO.
Lynn, Mass., Oct. 19th, 1889.
Messrs. E. E. GARVIN & CO.
Gentlemen : — Replying to yours of the 8th, I can cheerfully say that we are well satisfied with the Universal Milling Machine furnished us by you. The machine is well adapted to the various kinds of work, and it does all that you claim.
Yours truly,
THOMSON ELECTRIC WELDING CO.
104
THE GARVIN MACHINE CO.
Jersey City, N. J., Aug. 7th, 1889.
Messrs. E. E. GARVIN & CO.
Gentlemen : — Yours received. We have one of your No. 3 Universal Millers in use, and it is giving us good satisfaction. We find it a very stiff and rangy machine. Adjustments are ample, and the feature of allowing the feed works to be swung in a straight line upon swiveling the table either way, we consider an excellent feature. We take pleasure in recommending your machine to intending purchasers.
Respectfully yours,
RIBON & MARCH.
Hartford, Conn., Oct. 7th, 1889.
Messrs. E. E. GARVIN & CO.
Gentlemen : — Answering your favor of the 4th inst., we would say that the No. 1 Universal Milling Machine purchased of you has proved itself a well-arranged and accurate tool. We notice a number of improvements, also notice that you send it very complete and ready for use.
As soon as we need another machine, shall send you order for same.
Yours truly,
COLT’S PATENT FIREARMS MFG. CO.,
Bridgeport, Conn., Oct. 4th, 1889.
Messrs. E. E. GARVIN & CO.
Gentlemen : — Replying to yours of the 3d, in reference to your No. 1 Universal Milling Machine, we are pleased to say that the two in our works, which we have used for the past sixteen months, have been in every way satisfactory. We have no hesitation in recommending them to users of machines of their type.
Very truly yours,
THE YOST WRITING MACHINE CO.
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